mhurhangee/patent-ind-claim-en huggingface dataset:
A measuring rim having a rim circumferential surface which is connected at least on one rim end face of the measuring rim via one or more spokes to a centrally inwardly positioned rim flange , wherein a rim interior is formed between the rim circumferential surface , the spokes and the rim flange , characterized in that a collecting housing , which extends in the circumferential direction of the measuring rim over an extension angle (α), is arranged in the rim interior , in that a collecting housing interior is formed in the collecting housing and the collecting housing is at least partly open towards the collecting housing interior on a radially inner circumferential surface extending in the circumferential direction of the measuring rim , in that a discharge area is provided on the rim flange on the measuring rim , and in that a collecting channel which connects the collecting housing interior of the collecting housing to the discharge area is provided on the measuring rim .
A system (100; 300; 600; 700) for delivering a temperature-controlled gas (200; 214; 507; 586) to a therapy site comprising: a gas temperature regulator (102; 702; 924) having a gas intake port (105; 712); a therapy pad (110; 578; 620), wherein a first surface (500; 554; 580; 630; 962) of the therapy pad is configured to mate with the therapy site and the first surface of the therapy pad is a heat exchange layer (550; 513; 588; 964), the first surface including at least one aperture (506; 635; 582; 706) through which gas is expelled from the pad; a coupling tube (108; 202; 584; 800), having a first end configured to receive gas from the temperature regulator and a second end configured to deliver gas to the therapy pad at a controlled temperature; a connector fixed to the therapy pad and structured to receive an electrode (522; 510; 512) for delivering a current, wherein the connector is positioned adjacent the at least one aperture; and an electrode (522; 510; 512) that mates with the connector, wherein when mated with the connector, the electrode is positioned within a flow stream of gas that exits the at least one aperture. a gas temperature regulator (102; 702; 924) having a gas intake port (105; 712); a therapy pad (110; 578; 620), wherein a first surface (500; 554; 580; 630; 962) of the therapy pad is configured to mate with the therapy site and the first surface of the therapy pad is a heat exchange layer (550; 513; 588; 964), the first surface including at least one aperture (506; 635; 582; 706) through which gas is expelled from the pad; a coupling tube (108; 202; 584; 800), having a first end configured to receive gas from the temperature regulator and a second end configured to deliver gas to the therapy pad at a controlled temperature; a connector fixed to the therapy pad and structured to receive an electrode (522; 510; 512) for delivering a current, wherein the connector is positioned adjacent the at least one aperture; and an electrode (522; 510; 512) that mates with the connector, wherein when mated with the connector, the electrode is positioned within a flow stream of gas that exits the at least one aperture.
A method, comprising: receiving at a user equipment from a network access node a temporary identifier associated with an interference cancellation group to which the user equipment is assigned, the temporary identifier being common among all the user equipments belonging to the same interference cancellation group; decoding a control channel using the temporary identifier to determine a downlink resource allocation for the user equipment and to determine a downlink resource allocation for at least one other user equipment assigned to the same interference cancellation group; and receiving a downlink signal in accordance with the determined downlink resource allocation for the user equipment while canceling interference from the downlink signal that is associated with the at least one other user equipment by using the determined downlink resource allocation for the at least one other user equipment. receiving at a user equipment from a network access node a temporary identifier associated with an interference cancellation group to which the user equipment is assigned, the temporary identifier being common among all the user equipments belonging to the same interference cancellation group; decoding a control channel using the temporary identifier to determine a downlink resource allocation for the user equipment and to determine a downlink resource allocation for at least one other user equipment assigned to the same interference cancellation group; and receiving a downlink signal in accordance with the determined downlink resource allocation for the user equipment while canceling interference from the downlink signal that is associated with the at least one other user equipment by using the determined downlink resource allocation for the at least one other user equipment.
Cockpit seat comprising a seat back having a rear face and a cushion , characterized in that the seat back has equipment integrated into the rear face of the seat back and having at least one comfort parameter control and a display zone .
A method for dispensing a refrigerant in a cryosurgical system, the method comprising: providing a cryosurgical system with a container containing a refrigerant and a delivery tube having a first end configured to be in flow communication with the container and a second end opposite the first end, and a porous applicator bud disposed proximate the second end; adjusting a size of the porous applicator bud by at least partially removing compression forces of flexible finger portions on the porous applicator bud to increase the size of the contact surface of the porous applicator bud or engaging an adjustment ring with the flexible finger portions and thereby compressing a surface of the porous applicator bud to decrease the size of the contact surface of the porous applicator bud; and delivering refrigerant from the container to the applicator bud. providing a cryosurgical system with a container containing a refrigerant and a delivery tube having a first end configured to be in flow communication with the container and a second end opposite the first end, and a porous applicator bud disposed proximate the second end; adjusting a size of the porous applicator bud by at least partially removing compression forces of flexible finger portions on the porous applicator bud to increase the size of the contact surface of the porous applicator bud or engaging an adjustment ring with the flexible finger portions and thereby compressing a surface of the porous applicator bud to decrease the size of the contact surface of the porous applicator bud; and delivering refrigerant from the container to the applicator bud.
A filter housing comprising an accommodation space for at least partly accommodating a filter, wherein the filter housing further comprises at least one coupling element configured to indirectly or directly mate with at least one mating coupling element of a mating filter housing ; wherein the coupling element is integrally formed on a portion of the filter housing ; characterized in that the coupling element is further configured for attaching at least one external device and the coupling element is further configured to provide an electrical connection for at least one of receiving, transmitting, and carrying at least one of communication, power and electrical signals.
A computer-implemented medical method of determining a position at which a tracking reference device for referencing a position in a medical environment shall not be placed, the method comprising the following steps: a) planning image data is acquired (S1) which describes a three-dimensional medical image of an anatomical body part of a patient; b) instrument position data is acquired (S2) based on the planning image data, wherein the instrument position data describes a planned position of a medical instrument for using the medical instrument on the anatomical body part; c) instrument shape data is acquired (S3) which describes a three-dimensional shape of the medical instrument ; d) instrument envelope data is acquired (S4) based on the instrument shape data and the instrument position data, wherein the instrument envelope data describes a position and a shape of a three-dimensional envelope around the shape of the instrument; characterized in that e) avoidance region data is determined (S5) based on the instrument envelope data, wherein the avoidance region data describes the position of an avoidance region in which the tracking reference device shall not be positioned, wherein the avoidance region comprises the envelope. a) planning image data is acquired (S1) which describes a three-dimensional medical image of an anatomical body part of a patient; b) instrument position data is acquired (S2) based on the planning image data, wherein the instrument position data describes a planned position of a medical instrument for using the medical instrument on the anatomical body part; c) instrument shape data is acquired (S3) which describes a three-dimensional shape of the medical instrument ; d) instrument envelope data is acquired (S4) based on the instrument shape data and the instrument position data, wherein the instrument envelope data describes a position and a shape of a three-dimensional envelope around the shape of the instrument; characterized in that e) avoidance region data is determined (S5) based on the instrument envelope data, wherein the avoidance region data describes the position of an avoidance region in which the tracking reference device shall not be positioned, wherein the avoidance region comprises the envelope.
Device for storage and transport of a body fluid sample with a supporting element forming a base body , attached on which is at least one sorption element , which has a defined filling volume and is suitable to absorb body fluid, and an overflow reservoir adjacent to the sorption element , which absorbs body fluid from the sorption element as soon as the filling volume of the sorption element is filled , are attached, characterized in that at least one predetermined breaking point is provided, which is designed in such a way that the sorption element is manually separable from the support element and/or from the overflow reservoir without an auxiliary tool, wherein the overflow reservoir and the sorption element include a filter paper; wherein the supporting element consists of an elastomer; wherein the sorption element has at least three surface areas exposed to a surrounding area and arranged in different planes; and wherein the overflow reservoir is designed in such a way that it absorbs body fluid from the sorption element as soon as the filling volume of the sorption element is completely filled with body fluid.
A dental imaging apparatus for obtaining a radiographic image of a patient, the apparatus comprising : - a support frame , - a gantry that comprises two opposite arms respectively supporting an x-ray source and at least one x-ray sensor facing the x-ray source , the gantry being movable relative to the support frame , - a patient positioning arm that is connected to the support frame and movable relative thereto, the patient supporting arm being configured to position a head of a patient, - at least two cameras that are positioned so as to respectively acquire side and front images of the patient's head, a first camera being positioned on the gantry arm supporting the x-ray source and a second camera being positioned on the patient positioning arm , - a display assembly that is configured to simultaneously display in real time a side image and a front image of the patient's head taken by said first and second cameras. - a support frame , - a gantry that comprises two opposite arms respectively supporting an x-ray source and at least one x-ray sensor facing the x-ray source , the gantry being movable relative to the support frame , - a patient positioning arm that is connected to the support frame and movable relative thereto, the patient supporting arm being configured to position a head of a patient, - at least two cameras that are positioned so as to respectively acquire side and front images of the patient's head, a first camera being positioned on the gantry arm supporting the x-ray source and a second camera being positioned on the patient positioning arm , - a display assembly that is configured to simultaneously display in real time a side image and a front image of the patient's head taken by said first and second cameras.
Footwear comprising: - an upper ; - an outsole , fastened to said upper ; - at least one compartment designed to house a transmitting device ; said at least one compartment being arranged at the upper or at the outsole of the footwear ; - one-use closing means for sealing said at least one compartment ; wherein, when said at least one compartment is arranged at the upper , said one-use closing means comprise at least one single-use press fastener or a single use zip fastener ; said at least one single-use fastener or said single use zip fastener being arranged at an opening of said at least one compartment , or wherein, when said at least one compartment is arranged at the outsole , said one-use closing means comprise a cover or a covering layer having dimensions apt to seal the at least one compartment ; said cover being secured to the outsole by means of one way screw fasteners or rivets or said covering layer being designed to be fixed by means of adhesive on top of said at least one compartment . - an upper ; - an outsole , fastened to said upper ; - at least one compartment designed to house a transmitting device ; said at least one compartment being arranged at the upper or at the outsole of the footwear ; - one-use closing means for sealing said at least one compartment ; wherein, when said at least one compartment is arranged at the upper , said one-use closing means comprise at least one single-use press fastener or a single use zip fastener ; said at least one single-use fastener or said single use zip fastener being arranged at an opening of said at least one compartment , or wherein, when said at least one compartment is arranged at the outsole , said one-use closing means comprise a cover or a covering layer having dimensions apt to seal the at least one compartment ; said cover being secured to the outsole by means of one way screw fasteners or rivets or said covering layer being designed to be fixed by means of adhesive on top of said at least one compartment .
A method for determining a value of cleaved high molecular weight kininogen (HMWK), intact HMWK, or both, in a sample, the method comprising: contacting a sample containing intact and cleaved HMWK with a detection agent under conditions allowing for interaction between the detection agent and the intact and cleaved HMWK, wherein the detection agent is an antibody; measuring the level of cleaved HMWK and the level of intact HMWK in the sample based on their interaction with the detection agent; and determining a value of the cleaved HMWK, the value of the intact HMWK, or both, in the sample based on the amounts of the cleaved HMWK and intact HMWK, wherein the method relies on separation of the cleaved HMWK and/or intact HMWK, wherein the detection agent has differential sensitivity for cleaved HMWK and intact HMWK under reducing conditions, and wherein the method comprises accounting for the differential sensitivity of the detection agent. contacting a sample containing intact and cleaved HMWK with a detection agent under conditions allowing for interaction between the detection agent and the intact and cleaved HMWK, wherein the detection agent is an antibody; measuring the level of cleaved HMWK and the level of intact HMWK in the sample based on their interaction with the detection agent; and determining a value of the cleaved HMWK, the value of the intact HMWK, or both, in the sample based on the amounts of the cleaved HMWK and intact HMWK, wherein the method relies on separation of the cleaved HMWK and/or intact HMWK, wherein the detection agent has differential sensitivity for cleaved HMWK and intact HMWK under reducing conditions, and wherein the method comprises accounting for the differential sensitivity of the detection agent.
A storage battery system connected to a power system , comprising: power conversion devices ; a control system that is configured to control the power conversion devices ; at least two types of storage batteries to be charged and discharged respectively via the power conversion devices ; distribution means that are configured to receive an initial charge or discharge signal from the power system and divides the initial charge or discharge signal into a plurality of charge and/or discharge signals transmitted respectively for the at least two types of the storage batteries ; characterized in further comprising a polarity determination unit that is configured to determine whether polarities of the plurality of charge and/or discharge signals match; and redistribution means that are configured to set at least one of the plurality of charge and/or discharge signals to zero when the polarity determination unit determines the polarities of the plurality of charge and/or discharge signals as not matching, wherein the distribution means is configured to divide the initial charge or discharge signal using a filter having a variable time constant, wherein the filter is part of the distributions means . power conversion devices ; a control system that is configured to control the power conversion devices ; at least two types of storage batteries to be charged and discharged respectively via the power conversion devices ; distribution means that are configured to receive an initial charge or discharge signal from the power system and divides the initial charge or discharge signal into a plurality of charge and/or discharge signals transmitted respectively for the at least two types of the storage batteries ; a polarity determination unit that is configured to determine whether polarities of the plurality of charge and/or discharge signals match; and redistribution means that are configured to set at least one of the plurality of charge and/or discharge signals to zero when the polarity determination unit determines the polarities of the plurality of charge and/or discharge signals as not matching, wherein the distribution means is configured to divide the initial charge or discharge signal using a filter having a variable time constant, wherein the filter is part of the distributions means .
Cable processing machine apparatus , comprising a cable processing machine for processing a cable - in particular, a crimping machine for connecting a cable to a crimp contact by means of a crimped connection - the cable processing machine apparatus further comprising: a handling robot , wherein the handling robot has a gripping arm for gripping a part of the cable or several cables and for moving the cable or the cables into and/or out of the cable processing machine , wherein the cable processing machine apparatus is characterized in that the handling robot has a guide rail for moving the gripping arm along a first axis of the cable processing machine apparatus , wherein the first axis is parallel to a cable processing axis in which the cable runs, while the cable is transported in the cable processing machine . a handling robot , wherein the handling robot has a gripping arm for gripping a part of the cable or several cables and for moving the cable or the cables into and/or out of the cable processing machine , wherein the cable processing machine apparatus is characterized in that the handling robot has a guide rail for moving the gripping arm along a first axis of the cable processing machine apparatus , wherein the first axis is parallel to a cable processing axis in which the cable runs, while the cable is transported in the cable processing machine .
A method, comprising: forming a triboelectric-based sensor comprising one or more thin films, wherein: one of the one or more thin films comprises a triboelectric thin film comprising a perfluorinated copolymer; and the perfluorinated copolymer comprises poly(methyl methacrylate)-co-poly(1 H-1H-perfluorooctyl methacrylate). forming a triboelectric-based sensor comprising one or more thin films, wherein: one of the one or more thin films comprises a triboelectric thin film comprising a perfluorinated copolymer; and the perfluorinated copolymer comprises poly(methyl methacrylate)-co-poly(1 H-1H-perfluorooctyl methacrylate). one of the one or more thin films comprises a triboelectric thin film comprising a perfluorinated copolymer; and the perfluorinated copolymer comprises poly(methyl methacrylate)-co-poly(1 H-1H-perfluorooctyl methacrylate).
Mounting for a front hatch of a car of train, which mounting comprises - an actuator that - is connectable to a point of contact of the car in a manner that allows the actuator to rotate relative to said point of contact , thereby defining a first point of connection of the actuator , the front hatch being intended to move relative to said pint of contact, and - is connectable to the front hatch , thereby defining a second point of connection of the actuator , whereby in a first operational state of the mounting the first point of connection and the second point of connection are distanced apart by a first distance and whereby in this first operational state the actuator can be actuated to increase the distance between the first point of connection and a second point of connection from said first distance to a second distance, characterized in that the actuator comprises an element inside which a guide is provided, - that the guide guides the movement of the second point of connection along a path when the actuator is actuated in the first operational state to increase the distance between the first point of connection and a second point of connection from the first distance to the second distance, in that a releasable lock is provided, which is connectable to the car and which in the locked state holds the guide in a predetermined position relative to the first point of connection and in the unlocked state allows the guide to move relative to first point of connection, - an actuator that - is connectable to a point of contact of the car in a manner that allows the actuator to rotate relative to said point of contact , thereby defining a first point of connection of the actuator , the front hatch being intended to move relative to said pint of contact, and - is connectable to the front hatch , thereby defining a second point of connection of the actuator , whereby in a first operational state of the mounting the first point of connection and the second point of connection are distanced apart by a first distance and whereby in this first operational state the actuator can be actuated to increase the distance between the first point of connection and a second point of connection from said first distance to a second distance, characterized in that the actuator comprises an element inside which a guide is provided, - is connectable to a point of contact of the car in a manner that allows the actuator to rotate relative to said point of contact , thereby defining a first point of connection of the actuator , the front hatch being intended to move relative to said pint of contact, and - is connectable to the front hatch , thereby defining a second point of connection of the actuator , - that the guide guides the movement of the second point of connection along a path when the actuator is actuated in the first operational state to increase the distance between the first point of connection and a second point of connection from the first distance to the second distance,
Head-up display having an image generator with a light source , a tilted display , an aspheric mirror , an optical system and a transmissive screen , wherein an aspheric lens is arranged between display and aspheric mirror , and wherein a wedge-shaped display glass is provided, characterized in that the display glass is a cooling glass that conducts heat away from the display .