mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a piste grooming vehicle having at least one piste grooming device for preparing a piste , comprising the steps: a) detecting an actual topography (TI) of a piste section of the piste positioned in front of the piste grooming vehicle in the forward travel direction (V) thereof, by a detection device provided on the piste grooming vehicle; b) determining at least one differential value (D) between coordinates (X2, Y2, Z2) of the actual topography (TI) and coordinates (X1, Y1, Z1) of a reference topography (TR) of the piste ; and c) actuating the at least one piste grooming device in accordance with the at least one determined differential value (D); wherein step a) comprises the steps: a1) detecting coordinates (X2', Y2', Z2') of the actual topography (TI) with respect to a local vehicle coordinate system (K') which is assigned to the piste grooming vehicle ; a2) detecting a location (S) and a position (L) of the piste grooming vehicle and therefore of the local vehicle coordinate system (K') with respect to a global reference coordinate system (K) on which the coordinates (X1, Y1, Z1) of the reference topography (TR) are based, wherein the location (S) is detected using GPS tracking, and wherein the position (L) is detected using measurement of a longitudinal inclination and/or a transverse inclination of the piste grooming vehicle , and a3) transforming the detected coordinates (X2', Y2', Z2') of the actual topography (TI) into the reference coordinate system (K) as a function of the determined location (S) and the position (L) of the vehicle coordinate system (K'). a) detecting an actual topography (TI) of a piste section of the piste positioned in front of the piste grooming vehicle in the forward travel direction (V) thereof, by a detection device provided on the piste grooming vehicle; b) determining at least one differential value (D) between coordinates (X2, Y2, Z2) of the actual topography (TI) and coordinates (X1, Y1, Z1) of a reference topography (TR) of the piste ; and c) actuating the at least one piste grooming device in accordance with the at least one determined differential value (D); a1) detecting coordinates (X2', Y2', Z2') of the actual topography (TI) with respect to a local vehicle coordinate system (K') which is assigned to the piste grooming vehicle ; a2) detecting a location (S) and a position (L) of the piste grooming vehicle and therefore of the local vehicle coordinate system (K') with respect to a global reference coordinate system (K) on which the coordinates (X1, Y1, Z1) of the reference topography (TR) are based, wherein the location (S) is detected using GPS tracking, and wherein the position (L) is detected using measurement of a longitudinal inclination and/or a transverse inclination of the piste grooming vehicle , and a3) transforming the detected coordinates (X2', Y2', Z2') of the actual topography (TI) into the reference coordinate system (K) as a function of the determined location (S) and the position (L) of the vehicle coordinate system (K').
A multispecific antibody or fragment thereof that specifically binds: a. a first target epitope, wherein the first target epitope is an epitope of the variable delta 1 (Vδ1) chain of a γδ T cell receptor (TCR); and b. a second target epitope, wherein the second epitope is FAPα. a. a first target epitope, wherein the first target epitope is an epitope of the variable delta 1 (Vδ1) chain of a γδ T cell receptor (TCR); and b. a second target epitope, wherein the second epitope is FAPα.
Wiping device for a detection system of a vehicle, comprising a wiper blade , a wiper arm , a motor unit and a drive unit , such drive unit comprising a guidance block which carries the wiper arm , and which is inserted in a guidance frame , such drive unit comprising a plurality of belt wheels , at least one drive belt wheel being driven in a rotational motion by the motor unit , the drive unit comprising a belt which is driven by the belt wheels and moves the guidance block according to a rectilinear motion, characterized in that the guidance frame comprises a guidance slot where the guidance block is inserted in a sliding manner and the guidance block comprises a first attachment for the wiper arm , and a second attachment for the belt .
A refrigerator, comprising: a body ; a freezing compartment formed inside the body; a refrigerating compartment formed inside the body; a freezing compartment door rotatably connected to the body for closing the freezing compartment; a refrigerating compartment door rotatably connected to the body for closing the refrigerating compartment; an ice making compartment formed between the freezing compartment and the refrigerating compartment inside the body and accessible without opening either of the freezing compartment and the refrigerating compartment doors; and a front insulation wall which is formed in front of the ice making compartment and which insulates the ice making compartment , wherein the ice making compartment comprises an ice maker to generate ice, an auger motor , and an ice bucket to store the ice generated by the ice maker , wherein the front insulation wall comprises an opening through which the ice bucket is inserted into or drawn from the ice making compartment , wherein the ice bucket includes an insulation cover which closes the opening , a storage space to store ice, a crushing space to crush ice, and an auger to move the ice in the storage space into the crushing space , and wherein the ice bucket is configured to be inserted into or drawn from the ice making compartment without opening the freezing compartment door or the refrigerating compartment door . a body ; a freezing compartment formed inside the body; a refrigerating compartment formed inside the body; a freezing compartment door rotatably connected to the body for closing the freezing compartment; a refrigerating compartment door rotatably connected to the body for closing the refrigerating compartment; an ice making compartment formed between the freezing compartment and the refrigerating compartment inside the body and accessible without opening either of the freezing compartment and the refrigerating compartment doors; and a front insulation wall which is formed in front of the ice making compartment and which insulates the ice making compartment , wherein the ice making compartment comprises an ice maker to generate ice, an auger motor , and an ice bucket to store the ice generated by the ice maker , wherein the front insulation wall comprises an opening through which the ice bucket is inserted into or drawn from the ice making compartment , wherein the ice bucket includes an insulation cover which closes the opening , a storage space to store ice, a crushing space to crush ice, and an auger to move the ice in the storage space into the crushing space , and wherein the ice bucket is configured to be inserted into or drawn from the ice making compartment without opening the freezing compartment door or the refrigerating compartment door .
Steering group of a motor vehicle comprising - a front frame fitted with a steering tube rotatably housing a steering shaft or pin , which rotates around a steering axis (X-X), - the front frame being fitted with an upright integral with said steering tube , - the front frame comprising a steering bracket , joined in rotation with the steering shaft , where - the steering group comprises elastic return means which elastically influence the steering shaft to position itself centrally with respect to the front frame , said elastic return means being placed and mechanically connected between the upright and the steering bracket in order to exert an elastic return action when the steering shaft rotates with respect to said central symmetrical position, characterised in that such elastic return means have a regressive trend elastic response, wherein the stiffness of the elastic return means decreases as the displacement of the steering shaft from said central position increases, wherein said elastic return means comprise a first attachment point of the elastic return means to the steering bracket and a second attachment point to the upright of the elastic return means , wherein the elastic return means comprise a sheath and a piston provided with a stem sliding with respect to a seat delimited by said sheath , the piston and the sheath being each integral with one of said attachment points and wherein between the stem and the seat at least one spring is interposed so that the centre-to-centre distance or distance between the attachment points is variable as a function of the compression of said spring , wherein the sheath creates an outer casing of closure and stiffening for the elastic return means . - a front frame fitted with a steering tube rotatably housing a steering shaft or pin , which rotates around a steering axis (X-X), - the front frame being fitted with an upright integral with said steering tube , - the front frame comprising a steering bracket , joined in rotation with the steering shaft , where - the steering group comprises elastic return means which elastically influence the steering shaft to position itself centrally with respect to the front frame , said elastic return means being placed and mechanically connected between the upright and the steering bracket in order to exert an elastic return action when the steering shaft rotates with respect to said central symmetrical position, characterised in that such elastic return means have a regressive trend elastic response, wherein the stiffness of the elastic return means decreases as the displacement of the steering shaft from said central position increases,
BIN FOR COLLECTING SOLID WASTE, in particular urban waste, comprising two containers, an outer covering container and an inner container for collecting waste, a rigid frame , arranged in the gap between said two containers , said rigid frame resting with four stanchions (3.1) on the bottom of the more outer covering container , where four wheels are applied, and a plurality of load cells arranged on the upper edge (3.2) of the rigid frame to support the most inner container , so as to be able to detect the weight of the waste deposited in the bin by the user.
A method for producing a bundle structure (5a-h) including a plurality of optical fibers (7; 7a) arranged to be connected to a multicore fiber having a plurality of cores (11; 11a), the method comprising: inserting the plurality of optical fibers (7; 7a) arranged substantially in a close-packed arrangement into a capillary (21b-d) such that distal ends of the plurality of optical fibers (7; 7a) stick out from an end surface of the capillary (21b-d) by an identical length; bringing only the distal ends of the plurality of optical fibers (7; 7a) into contact with a first adhesive so that the first adhesive is drawn up to the space between the optical fibers (7; 7a) and the plurality of optical fibers (7; 7a) are tightly attached and bonded together by surface tension of the first adhesive , and so that a space is formed between an inner surface of the capillary (21b-d) and a circumscribed circle of the optical fibers (7; 7a) at the end surface of the capillary (21b-d); and after the first adhesive is cured, obtaining the plurality of optical fibers arranged in a close-packed arrangement either (i) by fixing the capillary (21b-d) and the plurality of optical fibers (7; 7a) to each other with a second adhesive and polishing the portions of the optical fibers that stick out from the capillary (21b-d) and a part of the capillary (21b-d) to a polished surface or (ii) by removing the optical fiber bundle from the capillary (21b-d) and polishing an end surface of the optical fiber bundle to the polished surface . inserting the plurality of optical fibers (7; 7a) arranged substantially in a close-packed arrangement into a capillary (21b-d) such that distal ends of the plurality of optical fibers (7; 7a) stick out from an end surface of the capillary (21b-d) by an identical length; bringing only the distal ends of the plurality of optical fibers (7; 7a) into contact with a first adhesive so that the first adhesive is drawn up to the space between the optical fibers (7; 7a) and the plurality of optical fibers (7; 7a) are tightly attached and bonded together by surface tension of the first adhesive , and so that a space is formed between an inner surface of the capillary (21b-d) and a circumscribed circle of the optical fibers (7; 7a) at the end surface of the capillary (21b-d); and after the first adhesive is cured, obtaining the plurality of optical fibers arranged in a close-packed arrangement either (i) by fixing the capillary (21b-d) and the plurality of optical fibers (7; 7a) to each other with a second adhesive and polishing the portions of the optical fibers that stick out from the capillary (21b-d) and a part of the capillary (21b-d) to a polished surface or (ii) by removing the optical fiber bundle from the capillary (21b-d) and polishing an end surface of the optical fiber bundle to the polished surface .
A stripping pliers having two outer clamping jaws , two inner cutting jaws and two handle parts , wherein, in the course of pressing together the handle parts , the cutting jaws can be displaced by a pull rod from a starting position into an end position against the force of a spring acting on the pull rod , wherein furthermore the pull rod is traversed by a pull pin which can be moved in a slot , characterized in that at its handle-side end, the pull rod has a displacement part fastened to the pull rod , which can be displaced against the force of the spring relative to the pull rod , to free the pull rod from a handle-side mounting.
Liquid-core capsules for pest control, wherein the liquid-core capsules have a liquid core comprising entomopathogenic nematodes and a surrounding hydrogel shell, characterized in that the liquid core is formed on the basis of an emulsion comprising at least an vegetable oil and an aqueous liquid.
A method for determining a degree of heat damage to hair , comprising: while exposing a hair sample of the hair to UV or UV/VIS light , recording a spectrum of at least one part of the UV or UV/VIS light that has interacted with the hair sample; comparing at least one part of the spectrum with a spectroscopic calibration model obtained by means of UV or UV/VIS spectra and degrees of heat damage to a plurality of calibration hair samples; and determining the degree of heat damage to the hair taking into account the comparison, wherein the method further comprises: creating the calibration model, comprising: for the plurality of calibration hair samples: while exposing the calibration hair sample to UV or UV/VIS light, recording a spectrum of at least one part of the UV or VIS light that has interacted with the hair sample; determining a degree of heat damage to the calibration hair sample using an independent method; and assigning the degree of heat damage to the calibration spectrum; and determining a correlation between the plurality of calibration spectra and the plurality of degrees of heat damage. while exposing a hair sample of the hair to UV or UV/VIS light , recording a spectrum of at least one part of the UV or UV/VIS light that has interacted with the hair sample; comparing at least one part of the spectrum with a spectroscopic calibration model obtained by means of UV or UV/VIS spectra and degrees of heat damage to a plurality of calibration hair samples; and determining the degree of heat damage to the hair taking into account the comparison, wherein the method further comprises: creating the calibration model, comprising: for the plurality of calibration hair samples: while exposing the calibration hair sample to UV or UV/VIS light, recording a spectrum of at least one part of the UV or VIS light that has interacted with the hair sample; determining a degree of heat damage to the calibration hair sample using an independent method; and assigning the degree of heat damage to the calibration spectrum; and determining a correlation between the plurality of calibration spectra and the plurality of degrees of heat damage. while exposing the calibration hair sample to UV or UV/VIS light, recording a spectrum of at least one part of the UV or VIS light that has interacted with the hair sample; determining a degree of heat damage to the calibration hair sample using an independent method; and assigning the degree of heat damage to the calibration spectrum; and determining a correlation between the plurality of calibration spectra and the plurality of degrees of heat damage.
A wireless communication apparatus , comprising: a processing unit , configured to obtain a quantity n of virtual resource blocks in an initial resource block bundle based on a resource block start position of a bandwidth part and a size of a resource block bundle, wherein n satisfies: n = L − N BWP start mod L wherein L is a size of the resource block bundle, and N BWP start indicates the resource block start position of the bandwidth part; and a mapping unit , configured to map the virtual resource blocks in the initial resource block bundle to physical resource blocks. a processing unit , configured to obtain a quantity n of virtual resource blocks in an initial resource block bundle based on a resource block start position of a bandwidth part and a size of a resource block bundle, wherein n satisfies: n = L − N BWP start mod L wherein L is a size of the resource block bundle, and N BWP start indicates the resource block start position of the bandwidth part; and a mapping unit , configured to map the virtual resource blocks in the initial resource block bundle to physical resource blocks.
Method for equipping a technical equipment with a warning signal for heating, wherein a pyrolyzable fragrance derivative is applied onto or into the technical equipment or components of it.
An apparatus comprising: a translational memory buffer (TMXB) device comprising: a scheduler to: identify a sequence of read returns to be sent to a host device, wherein the sequence of read returns is to comprise at least a first read return packet to comprise first read data responsive to a first read request and a second read return packet to comprise second read data responsive to a second read request, and the second return packet is to follow the first read return packet in the sequence; read return logic to: generate the first read return packet to comprise a header flit and the first read data, wherein the first read return packet comprises a first transaction identifier associated with the second read request; and generate the second read return packet, wherein the second read return packet is a headerless packet and comprises the second read data. a scheduler to: identify a sequence of read returns to be sent to a host device, wherein the sequence of read returns is to comprise at least a first read return packet to comprise first read data responsive to a first read request and a second read return packet to comprise second read data responsive to a second read request, and the second return packet is to follow the first read return packet in the sequence; read return logic to: generate the first read return packet to comprise a header flit and the first read data, wherein the first read return packet comprises a first transaction identifier associated with the second read request; and generate the second read return packet, wherein the second read return packet is a headerless packet and comprises the second read data. generate the first read return packet to comprise a header flit and the first read data, wherein the first read return packet comprises a first transaction identifier associated with the second read request; and generate the second read return packet, wherein the second read return packet is a headerless packet and comprises the second read data.
A threaded connection comprising a first and a second tubular component, the first tubular component being provided with a pipe body and a male member at a distal end of the pipe body, the second tubular component being provided with another pipe body and a female member at a distal end of that pipe body, such that a male member comprises, on its external peripheral surface, at least one male threaded zone and finishes in a male terminal surface , and a female member comprises, on its internal peripheral surface, at least one female threaded zone and finishes in a female terminal surface , the male threaded zone comprising a male thread having a first portion in which the width of the thread crest (CWTp) increases in a direction oriented from the male terminal surface towards the pipe body of the first tubular component, the tooth closest to the male terminal surface presenting a minimum crest width value (CWTpmin) of the male thread, and the female threaded zone comprising a female thread having a second portion in which the width of the thread crest (CWTb) increases along a direction oriented from the female terminal surface towards the pipe body of the second tubular component, the tooth closest to the female terminal surface presenting a minimum crest width value (CWTbmin) of the female thread wherein each tooth of the first portion is between two adjacent teeth of the second portion when the connection is made up, and characterized in that only part of the first portion cooperate with only a part of the second portion in accordance with a self-locking make-up arrangement in order to provide a locking region in the threaded connection.
A method comprising: cutting a production tubing disposed in a wellbore to form a lower production tubing section and an upper production tubing section ; displacing the upper production tubing section away from the lower production tubing section ; installing a production tubing conversion device within the upper production tubing section , wherein the production tubing conversion device is coupled to a bottom hole assembly disposed below the production tubing conversion device ; and characterised by injecting a sealant into the wellbore through the upper production tubing section , through the production tubing conversion device , and through the bottom hole assembly. cutting a production tubing disposed in a wellbore to form a lower production tubing section and an upper production tubing section ; displacing the upper production tubing section away from the lower production tubing section ; installing a production tubing conversion device within the upper production tubing section , wherein the production tubing conversion device is coupled to a bottom hole assembly disposed below the production tubing conversion device ; and characterised by injecting a sealant into the wellbore through the upper production tubing section , through the production tubing conversion device , and through the bottom hole assembly.