mhurhangee/patent-ind-claim-en huggingface dataset:
Driven machine tool , in particular angle grinder or straight grinder, comprising a drive unit with a drive switch designed as a cube switch or pressure switch for switching the drive unit on and off, a housing in which the drive unit is at least partially accommodated, and an actuating mechanism for actuating the drive switch , wherein the actuating mechanism has a switch rod which is displaceable along a longitudinal axis (L) of the housing and which projects with an actuating portion through a recess of the housing , and a switch lever which is pivotably mounted in a bearing point and has at least one lever arm, wherein the shift rod is coupled to the at least one lever arm and is capable of pivoting the lever arm as a result of its displacement, characterised in that the bearing point of the shift lever is arranged on the housing , in that the shift lever , at least during its pivoting movement in the direction of the drive switch , contacts the drive switch on an outer surface facing the shift lever in the region of a contact point , in that the drive switch can be pressed for switching on by pivoting the switching lever in the direction of the drive switch , and in that switching off is made possible by pivoting the switching lever away. wherein the actuating mechanism has a switch rod which is displaceable along a longitudinal axis (L) of the housing and which projects with an actuating portion through a recess of the housing , and a switch lever which is pivotably mounted in a bearing point and has at least one lever arm, wherein the shift rod is coupled to the at least one lever arm and is capable of pivoting the lever arm as a result of its displacement, characterised in that the bearing point of the shift lever is arranged on the housing , in that the shift lever , at least during its pivoting movement in the direction of the drive switch , contacts the drive switch on an outer surface facing the shift lever in the region of a contact point , in that the drive switch can be pressed for switching on by pivoting the switching lever in the direction of the drive switch , and in that switching off is made possible by pivoting the switching lever away.
An apparatus for cable routing for a utility vehicle, comprising: at least one bearing face , against which lines which extend in the longitudinal direction bear or can be brought to bear, a longitudinal dimension of the bearing face in the longitudinal direction being greater than a transverse dimension of the bearing face transversely with respect to the longitudinal direction, and the bearing face having a multiplicity of recesses for fastening the lines to the bearing face by means of fastening elements (112; 113) which engage into a part quantity of the recesses , the bearing face comprising two longitudinal beams which are parallel to one another and a plurality of transverse webs which extend between the longitudinal beams and have the recesses , the recesses comprising a multiplicity of edges which are oriented in the longitudinal direction with a step transversely with respect to the longitudinal direction, which step makes a positively locking engagement of the fastening element possible; and connecting elements , via which the apparatus is connected or can be connected at a plurality of points to a section of a frame of the utility vehicle. at least one bearing face , against which lines which extend in the longitudinal direction bear or can be brought to bear, a longitudinal dimension of the bearing face in the longitudinal direction being greater than a transverse dimension of the bearing face transversely with respect to the longitudinal direction, and the bearing face having a multiplicity of recesses for fastening the lines to the bearing face by means of fastening elements (112; 113) which engage into a part quantity of the recesses , the bearing face comprising two longitudinal beams which are parallel to one another and a plurality of transverse webs which extend between the longitudinal beams and have the recesses , the recesses comprising a multiplicity of edges which are oriented in the longitudinal direction with a step transversely with respect to the longitudinal direction, which step makes a positively locking engagement of the fastening element possible; and connecting elements , via which the apparatus is connected or can be connected at a plurality of points to a section of a frame of the utility vehicle.
Drinking and service water supply apparatus for a building having a domestic connection for drinking water, cold (TWK), which connection is connected to the public supply network, and having at least one circulation line which leads to at least one consumer and is provided with a pump , and having a heat exchanger provided in the circulation line which extracts heat from the drinking water (TWK), characterised in that the heat exchanger is formed by a latent heat accumulator and a motor-operated flushing valve which is provided in the circulation line and is connected for control to a control device is provided between the latent heat accumulator and an opening of the domestic connection into the circulation line and is arranged downstream of the latent heat accumulator in the flow direction.
An ablation system , comprising an elongate catheter body having a lumen , the elongate catheter body including a distal region , an ablation element disposed within the distal region , wherein the ablation element is configured to emit ablative energy outwardly relative to a longitudinal axis of the elongate catheter body , and a balloon positioned about the distal region and defining an interior in communication with the lumen , wherein the balloon is expandable outwardly from an outer surface of the elongate catheter body , and wherein, when the balloon is expanded outwardly from the outer surface of the elongate catheter body , an exterior surface of the balloon is shaped to stably engage an interior wall of a blood vessel while retaining interstices between the exterior surface of the balloon and the interior wall of the blood vessel, thereby to avoid occluding blood flow through the blood vessel, wherein the ablation element is further configured to operate in an imaging mode, wherein the ablation element is an ultrasound transducer disposed within the distal region , wherein the ultrasound transducer is configured to emit acoustic energy outwardly relative to a longitudinal axis of the elongate catheter body and to receive acoustic energy responsive to the emitted acoustic energy, and wherein the system further comprises a control unit configured to operate the ultrasound transducer in an ablating mode, wherein the ultrasound transducer emits acoustic energy at an ablation level, and in the imaging mode, wherein the ultrasound transducer emits acoustic energy at an imaging level and receives acoustic energy echoes from adjacent tissue.
Household refrigeration appliance with an inner container , which bounds an interior for receiving food, and with a guide apparatus , with which a food receiving drawer which can be removed from the interior can be moved in a guided manner, the guide apparatus has two guide rails which are arranged in a non-destructively detachable manner on an interior of the inner container , characterised in that at least one guide rail is fastened to a rear wall of the inner container and the rear wall has an indentation into which an engaging element of a guide rail extends.
An antigen-specific immunotherapeutic composition for use in inducing antigen-specific tolerance, wherein repeated administration of the composition to a subject does not induce immunosuppression, and wherein the composition comprises polymeric synthetic nanocarriers coupled to an mTOR inhibitor and to an exogenous antigen, wherein the antigen is a therapeutic protein, or an antigenic fragment thereof, that is not coupled to the mTOR inhibitor, and wherein the mTOR inhibitor is rapamycin or a rapamycin analog.
A method of determining a position of an object with respect to incident radiation, comprising: iteratively determining by a ptychographical method at least one of an object function indicating one or more characteristics of an object and a probe function indicative of one or more characteristics of incident radiation; characterised by : iteratively determining the position of the object , wherein the iteratively determining the position of the object comprises: cross correlating first and second estimates of the object function or the probe function; wherein the first estimate of the object function or the probe function is from an iteration x and the second estimate of the object function or the probe function is from an iteration y and wherein x>y; determining a location of a peak of the cross correlation; determining a translation deviation indicative of a difference in position of the object between the first and second estimates based on the location of the peak. iteratively determining by a ptychographical method at least one of an object function indicating one or more characteristics of an object and a probe function indicative of one or more characteristics of incident radiation; characterised by : iteratively determining the position of the object , wherein the iteratively determining the position of the object comprises: cross correlating first and second estimates of the object function or the probe function; wherein the first estimate of the object function or the probe function is from an iteration x and the second estimate of the object function or the probe function is from an iteration y and wherein x>y; determining a location of a peak of the cross correlation; determining a translation deviation indicative of a difference in position of the object between the first and second estimates based on the location of the peak. cross correlating first and second estimates of the object function or the probe function; wherein the first estimate of the object function or the probe function is from an iteration x and the second estimate of the object function or the probe function is from an iteration y and wherein x>y; determining a location of a peak of the cross correlation; determining a translation deviation indicative of a difference in position of the object between the first and second estimates based on the location of the peak.
An indoor unit of an air-conditioning apparatus, comprising a front panel (20a to 20d) provided on a front surface side of an indoor unit body , the front panel (20a to 20d) including a base panel formed of an opaque member, and a design panel formed of a transparent member, and having a design layer on a back surface of the design panel , the base panel having a front surface including a first side wall portion formed at an end portion of the base panel in a vertical direction, and extending along a horizontal direction, a second side wall portion formed on a more inner side than the first side wall portion , and extending along the horizontal direction, a groove portion formed between the first side wall portion and the second side wall portion , and having a recessed shape continuous along the horizontal direction, and a plurality of first fitting portions provided at intervals on an inner surface side of the first side wall portion , and aligned along the horizontal direction, the design panel having the back surface including a flange formed on a more inner side than an end portion of the design panel in the vertical direction, and protruding along the horizontal direction, and a plurality of second fitting portions provided at intervals on an outer surface side of the flange , and aligned along the horizontal direction, each of the plurality of first fitting portions comprising a claw portion having a protruding shape, and each of the plurality of second fitting portions comprising a recess having a recessed shape, or each of the plurality of first fitting portions comprising a recess having a recessed shape, and each of the plurality of second fitting portions comprising a claw portion having a protruding shape, the front panel (20a to 20d) being formed of the design panel mounted to a front surface side of the base panel , the flange of the design panel being received in the groove portion of the base panel , the plurality of first fitting portions of the base panel and the plurality of second fitting portions of the design panel being fitted to each other. a base panel formed of an opaque member, and a design panel formed of a transparent member, and having a design layer on a back surface of the design panel , a first side wall portion formed at an end portion of the base panel in a vertical direction, and extending along a horizontal direction, a second side wall portion formed on a more inner side than the first side wall portion , and extending along the horizontal direction, a groove portion formed between the first side wall portion and the second side wall portion , and having a recessed shape continuous along the horizontal direction, and a plurality of first fitting portions provided at intervals on an inner surface side of the first side wall portion , and aligned along the horizontal direction, a flange formed on a more inner side than an end portion of the design panel in the vertical direction, and protruding along the horizontal direction, and a plurality of second fitting portions provided at intervals on an outer surface side of the flange , and aligned along the horizontal direction,
A method performed in an operator network providing data network connectivity to Machine-to-Machine, M2M, devices , for charging of a service session involving a plurality of the M2M devices, the method comprising: from each of the plurality of M2M devices involved in the service session, receiving (S1) a service message (c) comprising a service identifier, SID, corresponding to the service session, wherein the service message (c) received (S1) from at least one of the plurality of M2M devices comprises a Service Class, SC, identifying which of a plurality of predefined SC the plurality of M2M devices belong to; by means of the received SID from each of the plurality of M2M devices, determining (S2) the number of M2M devices involved in the service session; based on the determined number of M2M devices and the received SC, calculating (S3) a charging rate for the service session; and using the calculated rate, charging (S4) the service session. from each of the plurality of M2M devices involved in the service session, receiving (S1) a service message (c) comprising a service identifier, SID, corresponding to the service session, wherein the service message (c) received (S1) from at least one of the plurality of M2M devices comprises a Service Class, SC, identifying which of a plurality of predefined SC the plurality of M2M devices belong to; by means of the received SID from each of the plurality of M2M devices, determining (S2) the number of M2M devices involved in the service session; based on the determined number of M2M devices and the received SC, calculating (S3) a charging rate for the service session; and using the calculated rate, charging (S4) the service session.
An external device configured to communicate with an implantable electrical stimulator device implanted in a patient, comprising: control circuitry configured to: provide stimulation parameters for the patient to address a symptom of the patient, provide a schedule for the provision of scheduled boluses of electrical stimulation for the patient, wherein each scheduled bolus comprises a first duration during which stimulation is applied to the patient in accordance with the stimulation parameters, wherein the scheduled boluses are separated by off times when no stimulation is provided to the patient, wherein the first duration of each of the scheduled boluses is 3 minutes or longer, and wherein a second duration of each of the off times is 30 minutes or greater, and transmit instructions to cause the implantable electrical stimulator device to provide the scheduled boluses to neural tissue of the patient according to the schedule. provide stimulation parameters for the patient to address a symptom of the patient, provide a schedule for the provision of scheduled boluses of electrical stimulation for the patient, wherein each scheduled bolus comprises a first duration during which stimulation is applied to the patient in accordance with the stimulation parameters, wherein the scheduled boluses are separated by off times when no stimulation is provided to the patient, wherein the first duration of each of the scheduled boluses is 3 minutes or longer, and wherein a second duration of each of the off times is 30 minutes or greater, and transmit instructions to cause the implantable electrical stimulator device to provide the scheduled boluses to neural tissue of the patient according to the schedule.
An occlusion device , comprising a plurality of metal strands woven into a woven metal fabric wherein the metal fabric has a memory property whereby the occlusion device tends to return to an expanded pre-set configuration when unconstrained, the occlusion device comprising an expanded configuration and a collapsed configuration and having a means for securing said woven metal fabric, thereby inhibiting unraveling of the strands, said expanded preset configuration having a disk shape portion of a first diameter (A) and an adjacent cylindrical shaped portion of a second diameter (B), the disk and cylindrical portions being connected by a transition segment whose diameter (H) is smaller than both the first and second diameters, characterised by : the cylindrical second portion is shaped at its end adjacent to the disk portion, to form a concave conical surface at an oblique angle to the device axis, the conical surface configured to allow displacement of the cylindrical portion from adjacent the disk portion by cone flattening and thereby provide radial expansion force for device retention on the cylindrical outer diameter and to provide axial tension between the disk portion and cylindrical portion when they are displaced apart.
Telescopic hydraulic shock absorber with end stop, sliding along a main axis, comprising a damping piston advancing in a forward direction during a compression movement of the shock absorber, which defines in front of this damping piston a damping chamber , a sleeve fixed in front of the damping piston , fitting without play at the end of the stroke around a stop tube by closing the first bores of the sleeve or of the stopper tube , the stopper comprising a plug sliding axially in the stopper tube to close second bores of this stop tube , and comprising a thrust spring arranged between the damping piston and the plug , characterized in that the plug has an axial bore containing a plug piston defining behind a first chamber which is separated from the damping chamber , and by before a second chamber delaying the movement of the valve .
A camera module , comprising: a lens assembly having an outermost lens , the lens assembly having a field-of-view region defined by a first field-of-view extending in a first direction and a second field-of-view extending in a second direction crossing the first direction, and at least one of the first field-of-view and the second field-of-view being greater than 180 degrees; a lens barrel configured to accommodate the lens assembly ; a heat radiation member located along an outer surface of the lens barrel to transfer heat to the outermost lens of the lens assembly ; and a heat transfer body (170; 270) located at an inner side or an outer side of the heat radiation member , the heat transfer body (170; 270) being configured to transfer heat from the heat radiation member to the outermost lens , characterized in that a protrusion portion (171; 275) is located on the heat transfer body (170; 270) to cover an edge of the field-of-view region extending in the second direction. a lens assembly having an outermost lens , the lens assembly having a field-of-view region defined by a first field-of-view extending in a first direction and a second field-of-view extending in a second direction crossing the first direction, and at least one of the first field-of-view and the second field-of-view being greater than 180 degrees; a lens barrel configured to accommodate the lens assembly ; a heat radiation member located along an outer surface of the lens barrel to transfer heat to the outermost lens of the lens assembly ; and a heat transfer body (170; 270) located at an inner side or an outer side of the heat radiation member , the heat transfer body (170; 270) being configured to transfer heat from the heat radiation member to the outermost lens , characterized in that a protrusion portion (171; 275) is located on the heat transfer body (170; 270) to cover an edge of the field-of-view region extending in the second direction.
A medical device for delivering a therapeutic agent to a tissue, the device having a solid surfactant-free particulate coating layer applied to a surface of the device, the coating layer comprising a therapeutic agent and at least one non-polymeric organic additive which is hydrolytically stable; wherein at least a proportion of the particulate coating layer comprising the therapeutic agent and the at least one organic additive melts as a single phase at a lower temperature than the melting point of the therapeutic agent and the at least one organic additive when in pure form; wherein the therapeutic agent is paclitaxel; wherein the therapeutic agent, when formulated in the coating layer, is stable to sterilization; and wherein each at least one organic additive is independently selected from the list consisting of p-aminobenzoic acid, saccharin, ascorbic acid, methyl paraben, caffeine, calcium salicylate, pentetic acid, creatinine, ethylurea, acetaminophen, aspirin, theobromine, tryptophan, succinic acid, adipic acid, glutaric acid, theophylline, and saccharin sodium.
A method for wireless communication at a user equipment, UE, comprising: measuring , at the UE, one or more signal characteristics of a beam reference signal; characterized by determining , at the UE, a beam repetition and diversity mode to be used in communications between the UE and a base station based at least in part on the one or more measured signal characteristics; and transmitting an indication of the determined beam repetition and diversity mode to the base station. measuring , at the UE, one or more signal characteristics of a beam reference signal; characterized by determining , at the UE, a beam repetition and diversity mode to be used in communications between the UE and a base station based at least in part on the one or more measured signal characteristics; and transmitting an indication of the determined beam repetition and diversity mode to the base station.