mhurhangee/ep-ind-claims huggingface dataset:
A roll-in cot comprising: a support frame for supporting a patient above a loading surface of an emergency vehicle; the support frame comprising a front end, and a back end; a pair of front legs, wherein each front leg comprises at least one front wheel; a pair of back legs, wherein each back leg comprises at least one back wheel; a cot actuation system comprising a front actuator that moves the front legs and a back actuator that moves the back legs, wherein the front actuator and the back actuator raise or lower the support frame in tandem; the front actuator is configured to raise or lower the front end of the support frame independently of the back actuator; and the back actuator is configured to raise or lower the back end of the support frame independently of the front actuator; characterized in that; the roll-in cot further comprises a control box configured to receive a signal from one or more sensors which detect the location of the roll-in cot relative to the loading surface; wherein the operation of the back actuator is dependent upon the location of the cot relative to the loading surface based on a signal from the sensor. a support frame for supporting a patient above a loading surface of an emergency vehicle; the support frame comprising a front end, and a back end; a pair of front legs, wherein each front leg comprises at least one front wheel; a pair of back legs, wherein each back leg comprises at least one back wheel; a cot actuation system comprising a front actuator that moves the front legs and a back actuator that moves the back legs, wherein the front actuator and the back actuator raise or lower the support frame in tandem; the front actuator is configured to raise or lower the front end of the support frame independently of the back actuator; and the back actuator is configured to raise or lower the back end of the support frame independently of the front actuator; the front actuator is configured to raise or lower the front end of the support frame independently of the back actuator; and the back actuator is configured to raise or lower the back end of the support frame independently of the front actuator; characterized in that; the roll-in cot further comprises a control box configured to receive a signal from one or more sensors which detect the location of the roll-in cot relative to the loading surface; wherein the operation of the back actuator is dependent upon the location of the cot relative to the loading surface based on a signal from the sensor.
An apparatus for the temperature control of a temperature control fluid, in particular of a heat transfer oil, having a heating device which is in particular helical; having a cooling device which is in particular formed by the evaporator of a refrigerant circuit; and having a fluid guide, which is in particular closed, for guiding the temperature control fluid in the apparatus as well as between the apparatus and a consumer, wherein the heating device and the cooling device are arranged nested in one another; wherein the heating device and the cooling device are arranged in a common container which is in particular cylindrical and which is part of the fluid guide; and wherein the container has a first, outer pipe of a container insert, with the pipe being arranged between the heating device and the cooling device and providing a respective separate space (133, 135) for them which is flowed through by temperature control fluid, and with an outer annular space being formed between the outer pipe and the container, characterized in that the container insert comprises a second, inner pipe which is arranged within the first, outer pipe such that an inner annular space is formed between the inner pipe and the outer pipe, with the heating device being arranged in the inner annular space and the cooling device being arranged in the outer annular space or vice versa.
A prostate treatment device, comprising: an introducer shaft (510, 512) sized and configured for transurethral access into a patient; a vapor generator configured to generate a condensable vapor; and a vapor delivery needle in communication with the vapor generator and slidably disposed within the introducer shaft, characterized in that the device further comprises: a magnetic actuator (600A, 600B, 602A, 602B, 610, 612) configured to apply magnetic force to the vapor delivery needle to move the vapor delivery needle between a retracted position inside the introducer shaft and an extended position at least partially outside of the introducer shaft, the magnetic actuator comprising a first magnet carried by the vapor delivery needle, a second magnet carried in a frame of a handle of the device and a third magnet carried in a second frame of the handle, wherein the second magnet is configured to interact with the first magnet and the third magnet is configured to interact with the first and second magnets to move the first magnet and the vapor delivery needle proximally and distally along the longitudinal axis of the introducer shaft. an introducer shaft (510, 512) sized and configured for transurethral access into a patient; a vapor generator configured to generate a condensable vapor; and a vapor delivery needle in communication with the vapor generator and slidably disposed within the introducer shaft, a magnetic actuator (600A, 600B, 602A, 602B, 610, 612) configured to apply magnetic force to the vapor delivery needle to move the vapor delivery needle between a retracted position inside the introducer shaft and an extended position at least partially outside of the introducer shaft, the magnetic actuator comprising a first magnet carried by the vapor delivery needle, a second magnet carried in a frame of a handle of the device and a third magnet carried in a second frame of the handle, wherein the second magnet is configured to interact with the first magnet and the third magnet is configured to interact with the first and second magnets to move the first magnet and the vapor delivery needle proximally and distally along the longitudinal axis of the introducer shaft.
Candy product, which is in the form of a hard candy, a drop, a lollipop, a soft candy or a chewy candy, comprising at least two components (a) and (b), wherein (a) is an alcohol-free component containing at least one sugar, sugar substitute, sugar-like substance or mixtures thereof, and (b) is a component containing a mixture of ethanol or an alcoholic liquid in a carrier matrix, which together form an overall solid candy material, wherein the alcohol or alcoholic liquids are present in the component (b) bound to the carrier matrix and are substantially homogeneously distributed throughout the solid candy material. (a) is an alcohol-free component containing at least one sugar, sugar substitute, sugar-like substance or mixtures thereof, and (b) is a component containing a mixture of ethanol or an alcoholic liquid in a carrier matrix,
A profile system for use in constructions having a tile-clad substructure comprising at least one elongated profile comprising a base leg, two side legs (4, 5) of the same length facing each other and projecting from the free ends of the base leg, and two end legs (6, 7), facing each other, projecting from the free ends of the side legs (4, 5) and aligned with each other, wherein the side legs (4, 5) are spaced from each other and the distance is at least 10 mm, wherein the profile system comprises at least one illuminant fixed in the profile and at least one elongated diffusion disc cover which is detachably fixed between the end legs (6, 7) of the profile, characterised in that the illuminant is received via an adhesive strip on the inside of the upper side leg of the profile.
Head restraint having a housing which can be moved at least partially relative to a retention rod, by means of which the head restraint is arranged on the backrest of a vehicle seat, towards and away from the head of the seat occupant, wherein there is provided on the housing a rotor having, along the longitudinal extent thereof, positive-locking and/or non-positive-locking means (5.1) which can each be brought into engagement with positive-locking and/or non-positive-locking means (3.2) of a locking means and fix the housing in the respective position thereof, wherein there is arranged on the housing a bearing for the rotor, wherein the rotor is provided so as to be able to be rotated and longitudinally displaced relative to this bearing, wherein the positive-locking and/or non-positive-locking means (5.1) of the rotor can be disengaged from the positive-locking and/or non-positive-locking means (3.2) of the locking means during the relative rotational movement of the rotor with respect to the bearing, characterized in that the rotor has a recess which is designed to receive the bearing, wherein the bearing has a control pin which protrudes from the radial circumference of the bearing and which is designed to project into a control cam (5.2) of the rotor, wherein the control cam (5.2) is a control slot which is designed to receive the control pin, wherein the control cam (5.2) has a steep, preferably helically formed portion (5.2.2) and a latching portion (5.2.3), wherein the longitudinal displacement and the rotation of the rotor relative to the bearing are restricted by cooperation of the control pin with the control slot.
An apparatus for measuring thickness capable of measuring the thickness of thin materials used for batteries such as an electrode and a separator, comprising: an inductive sensor for measuring a length variation, wherein the maximum measurement distance variation is 4mm, the maximum measurement error is 0.01% or less of the measurement variation and is 0.4μm or less, the measurement force is 0.75N, the measurement force increment per distance increment is 0.08N/mm, and the sensor comprises a sensor tip having a spherical surface and which is retractable by vacuum; a bottom tip, which is located on the opposite side of the sensor tip with respect to a sample in order to support the sample and which has a spherical surface; a compression unit, which consists of a pump capable of applying a constant reduced pressure to retract the sensor tip, a motor, a power source, and a control unit; a body, which has a top surface on which a sample can be placed, and at the center of which the bottom tip is located; and a fixing unit, which is located on a side surface of the body and to which the sensor is fixed to measure the thickness of a sample. an inductive sensor for measuring a length variation, wherein the maximum measurement distance variation is 4mm, the maximum measurement error is 0.01% or less of the measurement variation and is 0.4μm or less, the measurement force is 0.75N, the measurement force increment per distance increment is 0.08N/mm, and the sensor comprises a sensor tip having a spherical surface and which is retractable by vacuum; a bottom tip, which is located on the opposite side of the sensor tip with respect to a sample in order to support the sample and which has a spherical surface; a compression unit, which consists of a pump capable of applying a constant reduced pressure to retract the sensor tip, a motor, a power source, and a control unit; a body, which has a top surface on which a sample can be placed, and at the center of which the bottom tip is located; and a fixing unit, which is located on a side surface of the body and to which the sensor is fixed to measure the thickness of a sample.
A method for making a fixed abrasive wire including the steps of: inserting a wire through a sleeve including a tubular wall and at least one aperture, the at least one aperture being formed in the tubular wall; locating the wire and the sleeve in electroplating liquid or electro-less plating liquid including abrasive grains blended therein; and executing electroplating or electro-less plating to fix some of the abrasive grains to the wire. inserting a wire through a sleeve including a tubular wall and at least one aperture, the at least one aperture being formed in the tubular wall; locating the wire and the sleeve in electroplating liquid or electro-less plating liquid including abrasive grains blended therein; and executing electroplating or electro-less plating to fix some of the abrasive grains to the wire.
A method for determining information, comprises: receiving carrier signals discontinuously sent by a network side; obtaining first carrier signal phase measurement values based on the carrier signals discontinuously sent by the network side through a carrier signal phase-locked loop; in response to a phase change of carrier signals transmitted in a predefined first time interval being less than a preset value, deriving second carrier signal phase measurement values for positioning the terminal from the first carrier signal phase measurement values by using an interpolation algorithm; in response to a phase change of carrier signals transmitted in a predefined first time interval being greater than or equal to a preset value, determining carrier signal phase predicted values in a target uplink data transmission cycle by using a change rate of a plurality of first carrier signal phase measurement values in a same downlink data transmission cycle and first carrier signal phase measurement values in a previous downlink data transmission cycle of the target uplink data transmission cycle, and determining the second carrier signal phase measurement values for positioning the terminal according to the carrier signal phase predicted values. receiving carrier signals discontinuously sent by a network side; obtaining first carrier signal phase measurement values based on the carrier signals discontinuously sent by the network side through a carrier signal phase-locked loop; in response to a phase change of carrier signals transmitted in a predefined first time interval being less than a preset value, deriving second carrier signal phase measurement values for positioning the terminal from the first carrier signal phase measurement values by using an interpolation algorithm; in response to a phase change of carrier signals transmitted in a predefined first time interval being greater than or equal to a preset value, determining carrier signal phase predicted values in a target uplink data transmission cycle by using a change rate of a plurality of first carrier signal phase measurement values in a same downlink data transmission cycle and first carrier signal phase measurement values in a previous downlink data transmission cycle of the target uplink data transmission cycle, and determining the second carrier signal phase measurement values for positioning the terminal according to the carrier signal phase predicted values.
A method performed by a radio network node for overload control in a communication network, the method comprising: - determining a condition indicative of overload; - in response thereto, including an overload indicator in a M edium A ccess C ontrol, MAC, P rotocol D ata U nit, PDU, the overload indicator representing an indication that transmission resources for a user equipment, UE, will be allocated at a later point in time within a specified time period; - transmitting the MAC PDU including the overload indicator to the UE for indicating to the UE that transmission resources will be allocated to the UE at a later point in time within the specified time period; monitoring the condition indicative of overload during the specified time period; and in response to determining that there is no longer a condition indicative of overload, transmitting an uplink grant, on a P hysical D ownlink C ontrol C hannel, PDCCH, for allocating transmission resources to the UE. - determining a condition indicative of overload; - in response thereto, including an overload indicator in a M edium A ccess C ontrol, MAC, P rotocol D ata U nit, PDU, the overload indicator representing an indication that transmission resources for a user equipment, UE, will be allocated at a later point in time within a specified time period; - transmitting the MAC PDU including the overload indicator to the UE for indicating to the UE that transmission resources will be allocated to the UE at a later point in time within the specified time period;
An apparatus 701 for mixing contents of a receptacle, the apparatus comprising: a rotary shaft 702 equipped at a proximal end with a connection for removable attachment to a means of providing rotation, the rotary shaft having a mixing element fixedly connected at a distal end of the shaft opposite to the proximal end, the mixing element comprising at least two arms 704, wherein the at least two arms 704 are retractable when in a resting position or extendable radially outwardly when in an operative rotating position, characterised in that the mixing element further comprises a corkscrew neck 707 positioned above the at least two arms and a collar 706 positioned above the at least two arms and beneath the corkscrew neck. a rotary shaft 702 equipped at a proximal end with a connection for removable attachment to a means of providing rotation, the rotary shaft having a mixing element fixedly connected at a distal end of the shaft opposite to the proximal end, the mixing element comprising at least two arms 704,
Packaging and transportation kit for hydrogen peroxide or other chemical products used as sterilizing or disinfecting agents (such as peracetic acid, formaldehyde, polypropylene oxide and alcohols), in sterilization or disinfection equipment characterized by comprising a primary recipient or a set of primary recipients, rigid or flexible made of polyethylene or high density polyethylene (HDPE) or other material compatible with the chemical product used; a sealing membrane or nano-membrane (2.1) made of PTFE or other compatible material, sealed on the whole surface of an aperture of the primary recipient, or on an area of liquid withdrawal that allows the exit of gas out of the recipient and that allows that a recipient of PE resists to a pressure relation of up to 400 N for 150 ml without liquid leakage; a separation membrane or nano-membrane (2.2) made of PTFE or other material compatible with hydrogen peroxide or other chemical product used, mounted within the primary recipient and sealed to the walls of the recipient dividing it into more than one part in any angle of the recipient; a cap that can be threaded or not with one or more holes; a super absorbent material (4.1), applied around the primary recipient, or around a set of primary recipients, covering it completely or partly, capable of retaining possible liquid leakage from the primary recipient(s); an absorbent material (4.2) that can be the same or different from the super absorbent material (4.1), placed inside the primary recipient(s) with the objective of retaining the chemical product in the interior in case of damage of the primary recipient(s), wherein the absorbent materials (4.1, 4.2) are solid, gelatinous, fibrous or composed by nanotechnology, of PE or other material compatible with hydrogen peroxide or other chemical products used, and they are applied around the primary recipient containing the hydrogen peroxide or other chemical product in solid state, preventing any contact of any liquid with the chemical product in solid state (10, 16) contained inside the primary recipient; recognizing system(s), applied on the exterior of the primary recipient, inside the primary recipient together with the liquid or on an external packing; and a chip/RFID with memory and/or color code system, and/or barcode system, and/or Quick Response code system; a chemical and/or electronic temperature and/or humidity indicator (6, 6.1); a leakage indicator and said external package of resistant material compatible with hydrogen peroxide or other chemical products used.
An active and passive humidification device for mounting in a patient ventilation circuit, the device including: a housing having a ventilator chamber and an associated patient chamber communicating with the ventilator chamber through a gas permeable filter mounted between the ventilator chamber and the patient chamber, said filter forming a passive humidifier which is operable to capture and reflect heat and moisture received from a patient back to said patient, the ventilator chamber having a ventilator connection port for connection to a ventilator, the patient chamber having a patient connector port for connection to a patient breathing tube, a humidity generating device mounted on the housing and being operable to discharge moisture into the patient chamber, wherein a heater is mounted within the patient chamber, a temperature sensor is mounted within the patient chamber, the humidity generating device, the heater and the temperature sensor being connected to an associated controller which is operable to regulate operation of the heater and the humidity generating device to maintain air at a desired temperature and humidity for delivery from the patient chamber to a patient. a housing having a ventilator chamber and an associated patient chamber communicating with the ventilator chamber through a gas permeable filter mounted between the ventilator chamber and the patient chamber, said filter forming a passive humidifier which is operable to capture and reflect heat and moisture received from a patient back to said patient, the ventilator chamber having a ventilator connection port for connection to a ventilator, the patient chamber having a patient connector port for connection to a patient breathing tube, a humidity generating device mounted on the housing and being operable to discharge moisture into the patient chamber, wherein a heater is mounted within the patient chamber, a temperature sensor is mounted within the patient chamber, the humidity generating device, the heater and the temperature sensor being connected to an associated controller which is operable to regulate operation of the heater and the humidity generating device to maintain air at a desired temperature and humidity for delivery from the patient chamber to a patient.
Vehicle door handle assembly comprising a housing, a bracket configured to attach the housing to a vehicle panel, and an attachment unit configured to attach the bracket and the housing together, the attachment unit comprising a main body extending in a first plane and configured to be placed against a first face of the bracket opposite to the housing, the attachment unit comprising two curved ends (14a, 14b) relative to the main body, at least one first curved end comprising at least two hooks (16, 18, 20), namely at least a first hook or a second hook extending in a second plane distant from the first plane, the first hook or the second hook being configured to slide on the first face of the bracket, and also at least one third hook in a third plane more distant from the first plane than the second plane, the third hook being configured to be inserted into a first hole of a first retention member carried by the housing. the attachment unit comprising a main body extending in a first plane and configured to be placed against a first face of the bracket opposite to the housing, the attachment unit comprising two curved ends (14a, 14b) relative to the main body, at least one first curved end comprising at least two hooks (16, 18, 20), namely at least a first hook or a second hook extending in a second plane distant from the first plane, the first hook or the second hook being configured to slide on the first face of the bracket, and also at least one third hook in a third plane more distant from the first plane than the second plane, the third hook being configured to be inserted into a first hole of a first retention member carried by the housing.