mhurhangee/ep-ind-claims huggingface dataset:
A patient support apparatus for supporting a patient during a surgical procedure, the apparatus comprising: a) an open fixed frame suspended above a floor; b) a lower body support structure joined with the open fixed frame by a pair of spaced opposed joints, the joints including a first pivot axis about which the lower body support structure is configured to pivot relative to the open fixed frame, the lower body support structure and the open fixed frame being movable between a neutral position, a flexed position and an extended position with respect to the floor; c) a chest pad associated with an upper-body side of the joints and being in a fixed position relative to the open fixed frame; d) a hip-thigh pad associated with a lower-body side of the joints and being opposed to and spaced a distance from the chest pad; and e) wherein a distance between the chest pad and the hip-thigh pad is substantially constant during movement of the joints; characterised in that f) the lower body support structure includes a femoral support structure and a lower leg cradle; and g) the femoral support structure and the lower leg cradle are pivotably connected by a pair of knee hinges so as to be movable between a neutral position and a flexed position. a) an open fixed frame suspended above a floor; b) a lower body support structure joined with the open fixed frame by a pair of spaced opposed joints, the joints including a first pivot axis about which the lower body support structure is configured to pivot relative to the open fixed frame, the lower body support structure and the open fixed frame being movable between a neutral position, a flexed position and an extended position with respect to the floor; c) a chest pad associated with an upper-body side of the joints and being in a fixed position relative to the open fixed frame; d) a hip-thigh pad associated with a lower-body side of the joints and being opposed to and spaced a distance from the chest pad; and e) wherein a distance between the chest pad and the hip-thigh pad is substantially constant during movement of the joints; characterised in that f) the lower body support structure includes a femoral support structure and a lower leg cradle; and g) the femoral support structure and the lower leg cradle are pivotably connected by a pair of knee hinges so as to be movable between a neutral position and a flexed position.
An antibody-signal-generating moiety conjugate comprising an antibody covalently linked to a signal-generating moiety through a heterobifunctional PEG linker, wherein the conjugate has the formula: wherein Ab is an antibody, SM is a signal-generating moiety comprising an enzyme or a quantum dot, n = 4 to 12 and s = 1 to 10.
Industrial truck in the form of a vehicle, which comprises a steering drive device and a steering actuation apparatus comprising an operating control for inputting steering commands by an operator exerting torques on the operating control, comprising a sensor assembly for monitoring the steering command input state of the operating control, and comprising an electronic control apparatus for converting the steering command input data detected by the sensor assembly into control information for the steering drive device, the sensor assembly being designed to detect the relevant steering command input state of the operating control by monitoring the elastic material deformation, in particular torsion, of an element that is coupled to or associated with the operating control and is stressed by elastic deformation due to a steering command input torque on the operating control, and the control apparatus being designed to control the steering drive device in accordance with a steering characteristic program which in each case takes into account the level and/or duration of the respective steering command input torques detected by the sensor assembly in order to provide control information for the steering drive device, the operating control being a control panel comprising two handles (3, 4) arranged at a distance from one another, by means of which an operator can exert a steering command input torque on the control panel, characterised in that the control panel is securely fixed to a body part or frame part of the vehicle by means of a retaining connector such that it does not have any steering movement clearance beyond elastic material deformation, the sensor assembly being designed to detect torsion of the retaining connector as a measure of steering command input torques.
Method for manufacturing vehicle tyres with a tyre building drum comprising the following steps: a) providing a first tyre component by means of a servicer for the tyre building drum, the actual length of the first tyre component being determined in advance by way of a length measurement, c) winding up the first tyre component on the tyre building drum, the servicer placing the first tyre component on the underside of the tyre building drum, transferring it and winding it up, the first tyre component being led through a controllable pressure-exerting system before being wound up on the tyre building drum, different transporting rates (5, 3) being set on the tyre building drum and on the servicer by way of a control algorithm if there is a deviation of the actual length from the desired length of the first tyre component, whereby an adaptation of the length of the first tyre component on the tyre building drum is achieved, a friction acting on the first tyre component being produced by the controllable pressure-exerting system of the servicer, whereby the first tyre component can be stretched or compressed in its length as a result of different transporting rates (5, 3), d) complete winding up of the first tyre component on the tyre building drum, the front end and the rear end of the wound-up first tyre component being spliced together end to end, e) completion of the vehicle tyre by further steps. a) providing a first tyre component by means of a servicer for the tyre building drum, the actual length of the first tyre component being determined in advance by way of a length measurement, c) winding up the first tyre component on the tyre building drum, the servicer placing the first tyre component on the underside of the tyre building drum, transferring it and winding it up, the first tyre component being led through a controllable pressure-exerting system before being wound up on the tyre building drum, different transporting rates (5, 3) being set on the tyre building drum and on the servicer by way of a control algorithm if there is a deviation of the actual length from the desired length of the first tyre component, whereby an adaptation of the length of the first tyre component on the tyre building drum is achieved, a friction acting on the first tyre component being produced by the controllable pressure-exerting system of the servicer, whereby the first tyre component can be stretched or compressed in its length as a result of different transporting rates (5, 3), d) complete winding up of the first tyre component on the tyre building drum, the front end and the rear end of the wound-up first tyre component being spliced together end to end, e) completion of the vehicle tyre by further steps.
An orthopedic device comprising: an intramedullary implant defining a longitudinal bore along a longitudinal axis and at least one bore formed along an axis for receipt of a fastener; a fixation device receivable within the longitudinal bore, the fixation device including a movable member having at least one guiding bore formed along a guiding axis transverse to the longitudinal axis, the fixation device further including a locking member engageable with the longitudinal bore and rotatable and angageable with the movable member; and at least one collet received within the at least one guiding bore for positioning the fastener at a variable angle relative to the guiding axis of the fixation device and the axis of the intramedullary implant; wherein the at least one guiding bore includes a collet retaining feature formed in at least a portion of the circumference of the at least one guiding bore that couples the at least one collet to the at least one guiding bore for receipt of the fastener and wherein rotation of the locking member, when engaged with the longitudinal bore and the movable member, advances the fixation device in the longitudinal bore in a proximal/distal direction, and advancement of the fixation device applies a force to the at least one collet to deform the at least one collet for coupling the fastener to the intramedullary implant. an intramedullary implant defining a longitudinal bore along a longitudinal axis and at least one bore formed along an axis for receipt of a fastener; a fixation device receivable within the longitudinal bore, the fixation device including a movable member having at least one guiding bore formed along a guiding axis transverse to the longitudinal axis, the fixation device further including a locking member engageable with the longitudinal bore and rotatable and angageable with the movable member; and at least one collet received within the at least one guiding bore for positioning the fastener at a variable angle relative to the guiding axis of the fixation device and the axis of the intramedullary implant; wherein the at least one guiding bore includes a collet retaining feature formed in at least a portion of the circumference of the at least one guiding bore that couples the at least one collet to the at least one guiding bore for receipt of the fastener and wherein rotation of the locking member, when engaged with the longitudinal bore and the movable member, advances the fixation device in the longitudinal bore in a proximal/distal direction, and advancement of the fixation device applies a force to the at least one collet to deform the at least one collet for coupling the fastener to the intramedullary implant.
Method for testing a situation, defined by a deviation from a predefined state, in a decentralized transaction system, having the following features: - the situation is recognized by a first device in the transaction system, - the situation is logged by the first device by means of the transaction system, - further devices (22, 23, 24) in the transaction system are asked by the first device to capture specific data, - the data are captured by the further devices (22, 23), - the captured data are logged by the further devices (22, 23) by means of the transaction system, and - the situation is confirmed or refuted in the transaction system on the basis of the logged data, characterized by the following feature: - the logging (12, 15) is effected by storing a data set in a central memory and a stray value of the dataset in the transaction system. having the following features: - the situation is recognized by a first device in the transaction system, - the situation is logged by the first device by means of the transaction system, - further devices (22, 23, 24) in the transaction system are asked by the first device to capture specific data, - the data are captured by the further devices (22, 23), - the captured data are logged by the further devices (22, 23) by means of the transaction system, and - the situation is confirmed or refuted in the transaction system on the basis of the logged data, - the situation is recognized by a first device in the transaction system, - the situation is logged by the first device by means of the transaction system, - further devices (22, 23, 24) in the transaction system are asked by the first device to capture specific data, - the data are captured by the further devices (22, 23), - the captured data are logged by the further devices (22, 23) by means of the transaction system, and - the situation is confirmed or refuted in the transaction system on the basis of the logged data, characterized by the following feature: - the logging (12, 15) is effected by storing a data set in a central memory and a stray value of the dataset in the transaction system. - the logging (12, 15) is effected by storing a data set in a central memory and a stray value of the dataset in the transaction system.
An electronic apparatus, comprising: a hinge configured to allow the electronic apparatus to be folded or unfolded; a flexible display configured to be folded or unfolded as the electronic apparatus is folded or unfolded with respect to the hinge; a sensor configured to sense a folding angle between a first part of the flexible display and a second part of the flexible display while the electronic device is being unfolded; and a controller configured to, based on sensing that the display is unfolded while the electronic apparatus is maintained in a standby mode, control the display to display a lock screen, wherein the controller is configured to, based on identifying a first folding angle between the first part of the flexible display and the second part of the flexible display while the electronic device is being unfolded, control the display to display the lock screen including a first UI, and based on identifying a second folding angle between the first part of the flexible display and the second part of the flexible display while the electronic device is being unfolded in a state where the first UI is provided on the flexible display, control the display to display a lock screen including a second UI that is different from the first UI. a hinge configured to allow the electronic apparatus to be folded or unfolded; a flexible display configured to be folded or unfolded as the electronic apparatus is folded or unfolded with respect to the hinge; a sensor configured to sense a folding angle between a first part of the flexible display and a second part of the flexible display while the electronic device is being unfolded; and a controller configured to, based on sensing that the display is unfolded while the electronic apparatus is maintained in a standby mode, control the display to display a lock screen, wherein the controller is configured to, based on identifying a first folding angle between the first part of the flexible display and the second part of the flexible display while the electronic device is being unfolded, control the display to display the lock screen including a first UI, and based on identifying a second folding angle between the first part of the flexible display and the second part of the flexible display while the electronic device is being unfolded in a state where the first UI is provided on the flexible display, control the display to display a lock screen including a second UI that is different from the first UI.
A manufacturing method of a focus ring comprising: a first operation of preparing a granulated raw material by making a slurry of a raw material composition comprising boron carbide powder and granulating the slurry; a second operation of manufacturing a sintering body in which the boron carbide powder is treated with necking by filling a shaping die with the granulated raw material and sintering of the granulated raw material at a temperature of 1800 °C or more and a pressure of 15 MPa or more; and a third operation of processing the sintering body with thermal treatment and shaping machining to manufacture a focus ring, characterized in that the thermal treatment comprises a primary treatment performed at a first temperature for 1 hour or more and a secondary treatment performed at a second temperature for 1 hour or more, wherein the first temperature is a temperature higher than the second temperature, residual stress values measured at the surface of two spots at different distances from the center of the focus ring are S1 and S2, respectively, and a difference between the S1 and S2 residual stress values is -600 to +600 MPa. a first operation of preparing a granulated raw material by making a slurry of a raw material composition comprising boron carbide powder and granulating the slurry; a second operation of manufacturing a sintering body in which the boron carbide powder is treated with necking by filling a shaping die with the granulated raw material and sintering of the granulated raw material at a temperature of 1800 °C or more and a pressure of 15 MPa or more; and a third operation of processing the sintering body with thermal treatment and shaping machining to manufacture a focus ring, characterized in that the thermal treatment comprises a primary treatment performed at a first temperature for 1 hour or more and a secondary treatment performed at a second temperature for 1 hour or more, wherein the first temperature is a temperature higher than the second temperature, residual stress values measured at the surface of two spots at different distances from the center of the focus ring are S1 and S2, respectively, and a difference between the S1 and S2 residual stress values is -600 to +600 MPa.
A testing circuit for testing an IC connection between an RF chip and external circuitry, the testing circuit comprising: a current source for injecting a DC current towards the connection to be tested; an on-chip ESD protection circuit (40;42) which provides a path between one side of the connection to be tested and a fixed voltage line; an off-chip shunt path coupled to the other side of the connection to be tested, wherein the shunt path comprises an off-chip RF choke; and a testing unit (54,56), wherein the testing unit is adapted to determine if the current source current flows through the ESD protection circuit (40, 42) and thereby determine whether the connection to be tested presents a short circuit for DC. a current source for injecting a DC current towards the connection to be tested; an on-chip ESD protection circuit (40;42) which provides a path between one side of the connection to be tested and a fixed voltage line; an off-chip shunt path coupled to the other side of the connection to be tested, wherein the shunt path comprises an off-chip RF choke; and a testing unit (54,56), wherein the testing unit is adapted to determine if the current source current flows through the ESD protection circuit (40, 42) and thereby determine whether the connection to be tested presents a short circuit for DC.
Optoelectronic sensor (70, 90) having at least one measuring light source for emitting at least one measuring light beam in the infrared wavelength range into a monitoring range, at least one pilot light source for emitting at least one pilot light beam in the visible wavelength range into the monitoring range, an optical element for coaxially superimposing the measuring light beam and the pilot light beam, a light receiver for receiving measuring light beams emitted or reflected from the monitoring area and generating corresponding received signals, a control and evaluation unit for controlling the light receiver, the measuring light source and/or the pilot light source and for evaluating the received signals, wherein the optical element for coaxial superimposition of the measuring light beam and the pilot light beam has at least one first optical metasurface which is designed for coaxial superimposition of the measuring light beam and the pilot light beam characterized in that a second optical metasurface is arranged downstream of the measuring light source in the direction of the light beam for adjusting an opening angle of the measuring light beam, in particular for collimating the measuring light beam, and a third optical metasurface is arranged downstream of the pilot light source in the direction of the light beam for adjusting an opening angle of the pilot light beam, in particular for collimating the pilot light beam, or the first optical metasurface is designed for adjusting the opening angle of the measuring light beam, in particular for collimating the measuring light beam, and for adjusting the opening angle of the pilot light beam, in particular for collimating the pilot light beam. a second optical metasurface is arranged downstream of the measuring light source in the direction of the light beam for adjusting an opening angle of the measuring light beam, in particular for collimating the measuring light beam, and a third optical metasurface is arranged downstream of the pilot light source in the direction of the light beam for adjusting an opening angle of the pilot light beam, in particular for collimating the pilot light beam, or the first optical metasurface is designed for adjusting the opening angle of the measuring light beam, in particular for collimating the measuring light beam, and for adjusting the opening angle of the pilot light beam, in particular for collimating the pilot light beam.
A device for generating white light, comprising - at least one light source; - at least one conversion medium in the form of a substance converting through fluorescence; and - an optics arranged downstream of the conversion medium in the direction of light propagation, wherein said at least one light source emits in the blue and/or ultraviolet spectral ranges and the light of the at least one light source is generated by a laser and the light of the at least one light source is focused onto the conversion medium by an optical system such that the focus of the light is located in the conversion medium and the conversion medium converts the incident light at least partially into a different spectral range; wherein the downstream optics reduces the opening angle of the converted light emanating from the focus and wherein the optical system and the optics downstream of the conversion medium in the direction of light propagation are arranged on the same side with respect to the conversion medium; and wherein a reflecting means is arranged on the opposite side of the conversion medium, which reflects the light of the light source and the light converted in the conversion medium back through the conversion medium; characterized in that a lens represents a focusing component of both the optical system and of the optics downstream of the conversion medium in the light propagation direction; and that an optical axis of the lens as the shared focusing optical element is oriented perpendicular to the surface of the conversion medium facing the lens. - at least one light source; - at least one conversion medium in the form of a substance converting through fluorescence; and - an optics arranged downstream of the conversion medium in the direction of light propagation, wherein said at least one light source emits in the blue and/or ultraviolet spectral ranges and the light of the at least one light source is generated by a laser and the light of the at least one light source is focused onto the conversion medium by an optical system such that the focus of the light is located in the conversion medium and the conversion medium converts the incident light at least partially into a different spectral range; wherein the downstream optics reduces the opening angle of the converted light emanating from the focus and wherein the optical system and the optics downstream of the conversion medium in the direction of light propagation are arranged on the same side with respect to the conversion medium; and wherein a reflecting means is arranged on the opposite side of the conversion medium, which reflects the light of the light source and the light converted in the conversion medium back through the conversion medium;