mhurhangee/patent-ind-claim-en huggingface dataset:
A test system for testing a device under test , the test system comprising at least one feed antenna , a shielded chamber , and at least a first reflector and a second reflector , wherein the test system is a compact antenna test range, wherein the first reflector and the second reflector are arranged inside the shielded chamber , wherein the first reflector is configured and arranged such that it redirects outgoing test signals emitted by the at least one feed antenna towards the second reflector and incoming test signals coming from the second reflector towards the at least one feed antenna , wherein the device under test is arranged outside the shielded chamber encompassing the first reflector and the second reflector , wherein the shielded chamber comprises at least a first interface associated with the device under test , wherein the first interface and the feed antenna are located at different sides of the shielded chamber , which are perpendicular to each other, the test system being characterized in that a phase center of the at least one feed antenna is located on top of the shielded chamber or below the shielded chamber . wherein the test system is a compact antenna test range, wherein the first reflector and the second reflector are arranged inside the shielded chamber , wherein the first reflector is configured and arranged such that it redirects outgoing test signals emitted by the at least one feed antenna towards the second reflector and incoming test signals coming from the second reflector towards the at least one feed antenna , wherein the device under test is arranged outside the shielded chamber encompassing the first reflector and the second reflector , wherein the shielded chamber comprises at least a first interface associated with the device under test , wherein the first interface and the feed antenna are located at different sides of the shielded chamber , which are perpendicular to each other, the test system being characterized in that a phase center of the at least one feed antenna is located on top of the shielded chamber or below the shielded chamber .
A wind turbine blade for a rotor of a wind turbine having a substantially horizontal rotor shaft, said rotor comprising a hub , from which the wind turbine blade extends substantially in a radial direction when mounted to the hub , the wind turbine blade having a longitudinal direction (r) with a tip end and a root end and a transverse direction, the wind turbine blade further comprising: - a profiled contour including a pressure side and a suction side, as well as a leading edge and a trailing edge with a chord having a chord length extending there between, the profiled contour, when being impacted by an incident airflow, generating a lift, wherein - a surface mounted device is attached to a surface of the wind turbine blade , wherein - the surface mounted device is attached to the surface of the wind turbine blade via at least a first attachment part , which is connected to a part of the surface mounted device , wherein - the attachment part comprises a flexible housing that forms a cavity between at least the housing and the surface of the wind turbine blade , and wherein - the cavity is filled with an adhesive that provides an adhesive bonding to the surface of the wind turbine blade , and characterized in that - the flexible housing is made of a first material and the surface mounted device made of a second material, wherein a hardness of the first material is smaller than the hardness of the second material. - a profiled contour including a pressure side and a suction side, as well as a leading edge and a trailing edge with a chord having a chord length extending there between, the profiled contour, when being impacted by an incident airflow, generating a lift, wherein - a surface mounted device is attached to a surface of the wind turbine blade , wherein - the surface mounted device is attached to the surface of the wind turbine blade via at least a first attachment part , which is connected to a part of the surface mounted device , wherein - the attachment part comprises a flexible housing that forms a cavity between at least the housing and the surface of the wind turbine blade , and wherein - the cavity is filled with an adhesive that provides an adhesive bonding to the surface of the wind turbine blade , and characterized in that - the flexible housing is made of a first material and the surface mounted device made of a second material, wherein a hardness of the first material is smaller than the hardness of the second material. - the attachment part comprises a flexible housing that forms a cavity between at least the housing and the surface of the wind turbine blade , and wherein - the cavity is filled with an adhesive that provides an adhesive bonding to the surface of the wind turbine blade , and characterized in that - the flexible housing is made of a first material and the surface mounted device made of a second material, wherein a hardness of the first material is smaller than the hardness of the second material.
A head-up display in a vehicle arranged to form a virtual image of a picture, the head-up display comprising: a first optical sub-system arranged to output a light field comprising the picture, wherein the first optical sub-system comprises: a light source arranged to emit light; a spatial light modulator arranged to receive the light from the light source and spatially-modulate the light in order to form a holographic reconstruction of a computer-generated hologram; a light-receiving surface arranged to receive the spatially modulated light from the spatial light modulator and form the picture thereon; and a second optical sub-system arranged to receive light of the picture from the first optical sub-system and project the picture onto a windscreen of the vehicle to form a virtual image on the windscreen, wherein the second optical sub-system comprises at least one reflective element having optical power such that the virtual image is a magnified virtual image of the picture formed by the first optical sub-system, wherein the first optical sub-system is disposed in an upper region of the windscreen and the second optical sub-system is disposed underneath the dashboard of the vehicle proximate a lower region of the windscreen. a first optical sub-system arranged to output a light field comprising the picture, wherein the first optical sub-system comprises: a light source arranged to emit light; a spatial light modulator arranged to receive the light from the light source and spatially-modulate the light in order to form a holographic reconstruction of a computer-generated hologram; a light-receiving surface arranged to receive the spatially modulated light from the spatial light modulator and form the picture thereon; and a second optical sub-system arranged to receive light of the picture from the first optical sub-system and project the picture onto a windscreen of the vehicle to form a virtual image on the windscreen, wherein the second optical sub-system comprises at least one reflective element having optical power such that the virtual image is a magnified virtual image of the picture formed by the first optical sub-system,
A suspension device on an agricultural machine for suspension of a machine part , in particular of a soil tilling tool and/or sowing coulter , with at least one pivot arm carrying the machine part , and a pivot arm carrier extending transverse to the working direction and designed as a cross member, on which pivot arm carrier the pivot arm is pivotably mounted with a bearing body , wherein the bearing body engages around the pivot arm carrier and at least one elastic bearing element is provided between the bearing body and the portion of the pivot arm carrier surrounded thereby, which elastic bearing element extends with its longitudinal axis substantially parallel to the pivot axis of the pivot arm and the longitudinal axis of the pivot arm carrier and undergoes an at least partial deformation via pivoting movements of the pivot arm , characterized in that at least one depression is arranged on the surface of the elastic bearing element in the region of the bearing body , and at least one elevation for creating a form-fitting connection between the at least one elastic bearing element on the one hand and the inner side of the bearing body on the other hand is arranged on the inner side of the bearing body in the region of the elastic bearing element .
A mounting head configured to be detachably attached to a mounting device main body, comprising: a storage section having multiple storage areas; and a storage control section configured to acquire multiple operation data relating to an operation of the mounting head individually at different timings and store the multiple operation data individually in the multiple storage areas in such a state that the mounting head is attached to the mounting device main body, characterized in that the storage control section acquires the operation data at a first frequency until a predetermined time elapses since a power supply for the mounting head is activated for storage in the storage section and then acquires the operation data at a second frequency that is lower than the first frequency for storage in the storage section when the predetermined time elapses. a storage section having multiple storage areas; and a storage control section configured to acquire multiple operation data relating to an operation of the mounting head individually at different timings and store the multiple operation data individually in the multiple storage areas in such a state that the mounting head is attached to the mounting device main body, characterized in that the storage control section acquires the operation data at a first frequency until a predetermined time elapses since a power supply for the mounting head is activated for storage in the storage section and then acquires the operation data at a second frequency that is lower than the first frequency for storage in the storage section when the predetermined time elapses.
A method of wireless communications, comprising: receiving , by a user equipment, UE, a message including information of a configuration, wherein the configuration includes at least a group of repetitions of one or more synchronization signal, SS, blocks in an SS burst set, wherein the repetitions of the one or more SS blocks are configured into at least two groups wherein the at least two groups are configured based on different beam widths; and determining , by the UE, which group of the at least two groups to search for during a synchronous neighbor cell search based on the information and at least one condition at the UE, wherein the at least one condition is a battery level or power budget at the UE. receiving , by a user equipment, UE, a message including information of a configuration, wherein the configuration includes at least a group of repetitions of one or more synchronization signal, SS, blocks in an SS burst set, wherein the repetitions of the one or more SS blocks are configured into at least two groups wherein the at least two groups are configured based on different beam widths; and determining , by the UE, which group of the at least two groups to search for during a synchronous neighbor cell search based on the information and at least one condition at the UE, wherein the at least one condition is a battery level or power budget at the UE.
Motor vehicle body rear part structure having a longitudinal direction and a transverse direction perpendicular to the longitudinal direction, said structure comprising two lateral spars extending in the longitudinal direction, each lateral spar having one end connected to a front transverse structural element and another end connected to a rear transverse structural element , each transverse structural element extending in the transverse direction, the structure comprising, between the two spars , two auxiliary spars extending in the longitudinal direction and each located at a distance from a spar in the transverse direction, each auxiliary spar having one end connected to the front transverse structural element and another end connected to the rear transverse structural element , the structure being characterized in that the auxiliary spars are of the same length as the lateral spars, and in that the structure has, on each side in the transverse direction, a device for receiving a shock absorber spring having one end attached to a spar and another end attached to the adjacent auxiliary spar .
An electrosurgical apparatus for treating tissue, comprising: an elongated shaft including a proximal region, a distal region having 2. an electrically conductive region , and one or more lumens therethrough; and a stylet located within one of said one or more lumens for obturating at least a portion of an opening defined by a distal end of said elongated shaft to define an obturated portion; the stylet comprising: an elongated member having a distal end , a thermocouple having a thermocouple distal end, the thermocouple distal end occluding at least part of the obturated portion, wherein said thermocouple comprises said elongated member , said elongated member having a thermocouple junction formed at the distal end of said elongated member , characterized in that the stylet further comprises an occluding component attached to the elongated member , the occluding component having a distal face ; wherein said occluding component surrounds and is affixed to a distal portion of said thermocouple , wherein the obturated portion is at least partially occluded by the occluding component , to prevent the passage of tissue into the elongated shaft , while allowing fluid to exit through said distal opening . an elongated shaft including a proximal region, a distal region having 2. an electrically conductive region , and one or more lumens therethrough; and a stylet located within one of said one or more lumens for obturating at least a portion of an opening defined by a distal end of said elongated shaft to define an obturated portion; the stylet comprising: an elongated member having a distal end , a thermocouple having a thermocouple distal end, the thermocouple distal end occluding at least part of the obturated portion, wherein said thermocouple comprises said elongated member , said elongated member having a thermocouple junction formed at the distal end of said elongated member , an elongated member having a distal end , a thermocouple having a thermocouple distal end, the thermocouple distal end occluding at least part of the obturated portion, wherein said thermocouple comprises said elongated member , said elongated member having a thermocouple junction formed at the distal end of said elongated member , characterized in that the stylet further comprises an occluding component attached to the elongated member , the occluding component having a distal face ; wherein said occluding component surrounds and is affixed to a distal portion of said thermocouple , wherein the obturated portion is at least partially occluded by the occluding component , to prevent the passage of tissue into the elongated shaft , while allowing fluid to exit through said distal opening . an occluding component attached to the elongated member , the occluding component having a distal face ; wherein said occluding component surrounds and is affixed to a distal portion of said thermocouple , wherein the obturated portion is at least partially occluded by the occluding component , to prevent the passage of tissue into the elongated shaft , while allowing fluid to exit through said distal opening .
A key having a key bow and a key shank , in which the key shank has an in particular cold-formed torsion section along the longitudinal axis (L) at least in some sections, wherein the key shank has a basic cross-section in a transition area to the torsion section , wherein the cross-section of the key shank in the torsion section toward the key tip protrudes beyond the basic cross-section at least in some sections, wherein the key shank has at least one profile element formed in particular as a longitudinal groove, wherein the profile element likewise has a torsion in the torsion section .
A method of performing an absolute length calibration for an object located with a camera device in a mirror or an object covered by a camera device in a mirror , the method comprising the steps of: - determining a length of the camera device based on the type of the camera device , - capturing an image, using the camera device , of the camera device and the object in the mirror, - measuring a length of the image of the object and measuring the length of the image of the camera device from the captured image, - dividing the determined length of the camera device by the measured length of the image of the camera device to get a calibration factor, and - multiplying the measured length of the image of the object by the calibration factor to calibrate the length of the object . - determining a length of the camera device based on the type of the camera device , - capturing an image, using the camera device , of the camera device and the object in the mirror, - measuring a length of the image of the object and measuring the length of the image of the camera device from the captured image, - dividing the determined length of the camera device by the measured length of the image of the camera device to get a calibration factor, and - multiplying the measured length of the image of the object by the calibration factor to calibrate the length of the object .
A method for wireless communications by a user equipment, UE, comprising: determining, by the UE, a set of data resource elements, REs, used for Coordinated Multipoint, CoMP, operation, wherein the determination is based on a CoMP scheme and on data REs available to particular base stations involved in the CoMP operation and on a signaling that provides an explicit indication of a starting symbol index of data REs; and processing data received via the CoMP operation on the determined set of data REs; wherein the determination is based on a union of data REs used by each of the particular base stations involved in the CoMP operation, and wherein the processing comprises processing common modulation symbols, transmitted by each of the particular base stations involved in the CoMP operation on a subset of the union of data REs. determining, by the UE, a set of data resource elements, REs, used for Coordinated Multipoint, CoMP, operation, wherein the determination is based on a CoMP scheme and on data REs available to particular base stations involved in the CoMP operation and on a signaling that provides an explicit indication of a starting symbol index of data REs; and processing data received via the CoMP operation on the determined set of data REs; wherein the determination is based on a union of data REs used by each of the particular base stations involved in the CoMP operation, and wherein the processing comprises processing common modulation symbols, transmitted by each of the particular base stations involved in the CoMP operation on a subset of the union of data REs.
A cleaning vehicle for cleaning a surface of an object comprising: - first and second carriages ; - first and second wheels coupled to the first and second carriages , respectively, for placement along a top surface of the object; - at least one motor operatively coupled to at least one of the first and second wheels to define a drive assembly; - a cleaning element extending between and being supported by the first and second carriages ; - a third wheel in the form of a side roller that is coupled to one of the first and second carriages for contacting and riding along one side of the object; and - a fourth wheel in the form of a bottom roller that is coupled to one of the first and second carriages for contacting and riding along the bottom surface of the object; wherein: - the cleaning element is disposed on one side of a transverse axis passing through the first and second wheels and spaced therefrom by a first distance; - the fourth wheel is disposed on an opposite side of the transverse axis and spaced therefrom by a second distance. - first and second carriages ; - first and second wheels coupled to the first and second carriages , respectively, for placement along a top surface of the object; - at least one motor operatively coupled to at least one of the first and second wheels to define a drive assembly; - a cleaning element extending between and being supported by the first and second carriages ; - a third wheel in the form of a side roller that is coupled to one of the first and second carriages for contacting and riding along one side of the object; and - a fourth wheel in the form of a bottom roller that is coupled to one of the first and second carriages for contacting and riding along the bottom surface of the object; - the cleaning element is disposed on one side of a transverse axis passing through the first and second wheels and spaced therefrom by a first distance; - the fourth wheel is disposed on an opposite side of the transverse axis and spaced therefrom by a second distance.
An overlay for placement on the back of a mount, comprising - at least one base body and - a plurality of contact elements , wherein the base body can be adjusted to the anatomy of the back of the mount, and at least partially covers the back of the mount, wherein the contact elements are arranged on an underside of the base body , so that the contact elements can be brought into contact with the back of the mount, wherein the contact elements each protrude at least partially over a base area of the underside of the base body , characterized in that at least one respective group of contact elements spaced apart from each other and running parallel to each other are arranged on both sides of a center axis of the base body , wherein the contact elements are each stitched with the base body along at least one connecting line , wherein the width of the contact elements measured parallel to the base area of the overlay measures between 10 mm and 30 mm, preferably between 15 mm and 25 mm. - at least one base body and - a plurality of contact elements , wherein the base body can be adjusted to the anatomy of the back of the mount, and at least partially covers the back of the mount, wherein the contact elements are arranged on an underside of the base body , so that the contact elements can be brought into contact with the back of the mount, wherein the contact elements each protrude at least partially over a base area of the underside of the base body , characterized in that at least one respective group of contact elements spaced apart from each other and running parallel to each other are arranged on both sides of a center axis of the base body , wherein the contact elements are each stitched with the base body along at least one connecting line , wherein the width of the contact elements measured parallel to the base area of the overlay measures between 10 mm and 30 mm, preferably between 15 mm and 25 mm.
A drug for use in treating an inflammatory bowel disease, comprising an RXR agonist as an active ingredient which is a compound represented by formula :