mhurhangee/ep-ind-claims huggingface dataset:
An agricultural working machine (1, 2) with an electronic operating and display unit with at least one display configured as a touchscreen monitor and at least one operating unit (22, 23), wherein the display is divided into a plurality of visualization regions (32, 33, 37, 38, 46, 47) comprising visualization contents, wherein the visualization contents of each visualization region (32, 33, 37, 38, 46, 47) can be edited independently of the visualization contents of the remaining visualization regions (32, 33, 37, 38, 46, 47) by means of touchscreen functions which are available, wherein one or more of the visualization regions (32, 33, 37, 38, 46, 47) are zoomable independently of the remaining visualization regions (32, 33, 37, 38, 46, 47) and one or more visualization regions (32, 33, 37, 38, 46, 47) are divided into display regions, wherein the touchscreen functions configured as a zoom function in these display regions are used independently of each other in the respective display region and the display can be operated in navigation levels (19, 20), wherein the display is divided into visualization regions (32, 33, 37, 38, 46, 47) within a navigation level (19, 20) and at least one portion of the visualization regions (32, 33, 37, 38, 46, 47) can be manoeuvred relative to one another, wherein the manoeuvrability of the visualization regions (32, 33, 37, 38, 46, 47) relative to one another comprises horizontal and/or vertical scrolling (34, 35) of the respective visualization region (32, 33, 37, 38, 46, 47).
A system, comprising: a sensor subsystem of a device that senses non-contact proximity of a user of the device from the device, determines identity of the user and tracks the distance (402, 404, 406) of the user to the device; a content suggestion engine that selects content based on the user identity; a presentation component that receives the content from the content suggestion engine and facilitates interactive presentation of the content based on the proximity and identity of the user, the system being characterized in that: the content increases in size, as the user moves toward a predetermined proximity range from a position farther to the device than the predetermined proximity range, is presented in its maximum size in the predetermined proximity range of the user from the device and in reduced size when the user moves closer to the device than the predetermined proximity range as tracked by the sensor subsystem. a sensor subsystem of a device that senses non-contact proximity of a user of the device from the device, determines identity of the user and tracks the distance (402, 404, 406) of the user to the device; a content suggestion engine that selects content based on the user identity; a presentation component that receives the content from the content suggestion engine and facilitates interactive presentation of the content based on the proximity and identity of the user,
A method of controlling a yaw stability control system for a vehicle, method comprising: generating at least one vehicle operator input signal, generating a lateral acceleration signal, generating a lateral acceleration gradient signal that reflects the lateral acceleration difference between sequential sampling time instants, generating a yaw gradient signal, detecting a body-force-disturbance when the magnitude of the lateral acceleration signal is greater than a first threshold, the magnitude of the lateral acceleration gradient is greater than a second threshold and the magnitude of the yaw gradient signal is greater than a third threshold, overriding normal operation of the yaw stability control system when a body-force-disturbance is detected, at least partially reducing response functions associated with the at least one vehicle operator input signal and increasing brake pressure greater than that applied by a normal yaw stability control function. generating at least one vehicle operator input signal, generating a lateral acceleration signal, generating a lateral acceleration gradient signal that reflects the lateral acceleration difference between sequential sampling time instants, generating a yaw gradient signal, detecting a body-force-disturbance when the magnitude of the lateral acceleration signal is greater than a first threshold, the magnitude of the lateral acceleration gradient is greater than a second threshold and the magnitude of the yaw gradient signal is greater than a third threshold, overriding normal operation of the yaw stability control system when a body-force-disturbance is detected, at least partially reducing response functions associated with the at least one vehicle operator input signal and increasing brake pressure greater than that applied by a normal yaw stability control function.
A method for localized heat treatment of a selected region of an orthodontic wire comprising: forming a small region of a wire into a desired shape; selectively heating the small region of a wire above a temperature to change its metallurgical properties using a hot air source having a small nozzle and a maximum flow rate of approximately 10 liters per minute while maintaining the desired shape of the region of the wire, and cooling the heated region.
A neutron detector, comprising: - a core, rich in gadolinium or cadmium, - a plastic scintillator shell, which envelops the core, and - a photon conversion device which has an interface with the shell and which converts scintillation photons from the shell into a signal representative thereof, characterized in that it further comprises a scintillator layer containing boron or lithium, which surrounds the shell. - a core, rich in gadolinium or cadmium, - a plastic scintillator shell, which envelops the core, and - a photon conversion device which has an interface with the shell and which converts scintillation photons from the shell into a signal representative thereof,
A method for in vitro production of a cell aggregate of three-dimensional vital cartilage or bone tissue in a spheroid shape, characterized in that cartilage cells, bone cells or mesenchymal stem cells derived from human or animal organisms are cultivated in a stationary manner as a suspension culture in cell culture vessels with hydrophobic surfaces and tapered base, with the addition of autogenous serum or autologous serum and without growth factors and without antibiotics and no fungistatics, until a cell aggregate results that is spheroid in shape and which contains at least 40 % by volume of extracellular matrix in which differentiated cells are imbedded and having an outer area in which proliferation- and migration-capable cells are present.
Computing unit designed for carrying out the multiplication of at least two multiplicands (c,d), wherein the multiplicands (c,d) have in each case a first exponent ( ĉ, d̂) and a first base ( B c, B d), wherein the first bases ( B c, B d) have in each case a second base, a second and a third exponent ( z c, z d), comprising: at least one bitshift unit, wherein the bitshift unit shifts a binary number by a predeterminable number of places, in particular to the left; an arithmetic logic unit and a memory; wherein the arithmetic logic unit performs a subtraction of the third exponents ( z c, z d), wherein the bitshift unit performs a first shift of a binary number of one of the first exponents ( d̂) of the multiplicands (c,d) by a number of places of a value of the subtracted exponents ( z d - z c) and, wherein the arithmetic logic unit performs an addition of the result of the first shift with the further first exponent ( ĉ) of the multiplicands (c,d), wherein the result of the addition is divided into an integer part and a fractional part, depending on a smaller exponent ( z b) of the third exponents ( z c, z d), wherein a binary number of the fractional part is read out from the memory, and wherein the bitshift unit performs a second shift of the binary number of the fractional part by the number of places of the value of the integer part. wherein the multiplicands (c,d) have in each case a first exponent ( ĉ, d̂) and a first base ( B c, B d), wherein the first bases ( B c, B d) have in each case a second base, a second and a third exponent ( z c, z d), comprising: at least one bitshift unit, wherein the bitshift unit shifts a binary number by a predeterminable number of places, in particular to the left; an arithmetic logic unit and a memory; wherein the arithmetic logic unit performs a subtraction of the third exponents ( z c, z d), wherein the bitshift unit performs a first shift of a binary number of one of the first exponents ( d̂) of the multiplicands (c,d) by a number of places of a value of the subtracted exponents ( z d - z c) and, wherein the arithmetic logic unit performs an addition of the result of the first shift with the further first exponent ( ĉ) of the multiplicands (c,d), wherein the result of the addition is divided into an integer part and a fractional part, depending on a smaller exponent ( z b) of the third exponents ( z c, z d), wherein a binary number of the fractional part is read out from the memory, and wherein the bitshift unit performs a second shift of the binary number of the fractional part by the number of places of the value of the integer part.
A computer system for remotely testing a number of electronic module assemblies that control the deployment of one or more personal restraint devices, the electronics module assemblies being adapted to enter a sleep mode, the computer system comprising a programmed processor configured to execute program instructions that cause the programmed processor to: transmit one or more identification codes that identify an electronics module assembly that controls the deployment of one or more personal restraint systems, thereby instructing the identified electronics module assembly to perform a diagnostic self-test; receive diagnostic self-test information from the identified electronics module assembly associated with the one or more identification codes indicating if the one or more personal restraint systems controlled by the identified electronics module assembly can deploy; and broadcast a go-to-sleep signal that instructs the electronics module assembly to go to sleep. transmit one or more identification codes that identify an electronics module assembly that controls the deployment of one or more personal restraint systems, thereby instructing the identified electronics module assembly to perform a diagnostic self-test; receive diagnostic self-test information from the identified electronics module assembly associated with the one or more identification codes indicating if the one or more personal restraint systems controlled by the identified electronics module assembly can deploy; and broadcast a go-to-sleep signal that instructs the electronics module assembly to go to sleep.
A surgical instrument for performing a transection, the surgical instrument comprising: an end effector comprising an articulation joint; flexible knife bands configured to translate from a position proximal of the articulation joint to a position distal of the articulation joint and thereby translate a knife element through the end effector for a predefined target transection length; a microcontroller comprising a processor configured to execute computer readable instructions; and a memory coupled to the microcontroller; characterized in that the processor is operative to: access from the memory characterization data representative of a relationship between an articulation angle of the end effector and an effective transection length distal of the articulation joint; track the articulation angle of the end effector during use of the surgical instrument; and adjust the target transection length based on the tracked or the known articulation angle and the stored characterization data, wherein the effective transection length is the length of translation of the knife element when the knife element is translated by the knife bands when the end effector is articulated at the articulation angle. an end effector comprising an articulation joint; flexible knife bands configured to translate from a position proximal of the articulation joint to a position distal of the articulation joint and thereby translate a knife element through the end effector for a predefined target transection length; a microcontroller comprising a processor configured to execute computer readable instructions; and a memory coupled to the microcontroller; characterized in that the processor is operative to: access from the memory characterization data representative of a relationship between an articulation angle of the end effector and an effective transection length distal of the articulation joint; track the articulation angle of the end effector during use of the surgical instrument; and adjust the target transection length based on the tracked or the known articulation angle and the stored characterization data, access from the memory characterization data representative of a relationship between an articulation angle of the end effector and an effective transection length distal of the articulation joint; track the articulation angle of the end effector during use of the surgical instrument; and adjust the target transection length based on the tracked or the known articulation angle and the stored characterization data, wherein the effective transection length is the length of translation of the knife element when the knife element is translated by the knife bands when the end effector is articulated at the articulation angle.
A differential comprising: a first side gear comprising a gear side and a ramped side; a second side gear comprising a gear side facing the first side gear; a pinion gear set (103, 104) between the first side gear and the second side gear; a cam plate comprising a ramped side facing the ramped side of the first side gear, the cam plate further comprising a second side; wherein the cam plate further comprises a plurality of crests and a plurality of ravines, wherein the first side gear further comprises a plurality of side gear crests and a plurality of side gear ravines, and wherein the cam plate is movable between an open mode, where the crests align in the side gear ravines and the side gear crests align in the ravines, and a locked mode, where the crests slide towards the side gear crests and away from the side gear ravines; characterized by: a first lock plate comprising a first side abutting the second side of the cam plate, the first lock plate further comprising a toothed side; and a second lock plate comprising a toothed side facing the toothed side of the first lock plate; wherein, when the cam plate is moved into the locked mode, the toothed side of the first lock plate engages the toothed side of the second lock plate a first side gear comprising a gear side and a ramped side; a second side gear comprising a gear side facing the first side gear; a pinion gear set (103, 104) between the first side gear and the second side gear; a cam plate comprising a ramped side facing the ramped side of the first side gear, the cam plate further comprising a second side; wherein the cam plate further comprises a plurality of crests and a plurality of ravines, wherein the first side gear further comprises a plurality of side gear crests and a plurality of side gear ravines, and wherein the cam plate is movable between an open mode, where the crests align in the side gear ravines and the side gear crests align in the ravines, and a locked mode, where the crests slide towards the side gear crests and away from the side gear ravines; characterized by: a first lock plate comprising a first side abutting the second side of the cam plate, the first lock plate further comprising a toothed side; and a second lock plate comprising a toothed side facing the toothed side of the first lock plate; wherein, when the cam plate is moved into the locked mode, the toothed side of the first lock plate engages the toothed side of the second lock plate a first lock plate comprising a first side abutting the second side of the cam plate, the first lock plate further comprising a toothed side; and a second lock plate comprising a toothed side facing the toothed side of the first lock plate; wherein, when the cam plate is moved into the locked mode, the toothed side of the first lock plate engages the toothed side of the second lock plate
A solar cell module for roofs comprising: a solar cell section including: a front side transparent plate; a back surface member; and 10 a solar cell sealed therebetween; and a step forming plate, wherein the step forming plate is disposed on a front side of the front side transparent plate, overlapping partly with the front side transparent plate to constitute a step between the solar cell section and the step forming plate, and wherein the step forming plate has a light transmissive property, 15 characterized in that the solar cell comprises a plurality of crystalline solar cells planarly unevenly distributed between the front side transparent plate and the back surface member, wherein the solar cell section further comprises: a cell installation region including the plurality of crystalline solar cells, each of the 20 crystalline solar cells being disposed with an interval equal to or less than a predetermined distance to, or in contact with the adjacent crystalline solar cell; and a surplus region not including any of the crystalline solar cells, wherein the step forming plate is disposed over the surplus region and a part of the 25 cell installation region. a solar cell section including: a front side transparent plate; a back surface member; and 10 a solar cell sealed therebetween; and a step forming plate, a front side transparent plate; a back surface member; and 10 a solar cell sealed therebetween; and a step forming plate, wherein the step forming plate is disposed on a front side of the front side transparent plate, overlapping partly with the front side transparent plate to constitute a step between the solar cell section and the step forming plate, and wherein the step forming plate has a light transmissive property, 15 characterized in that the solar cell comprises a plurality of crystalline solar cells planarly unevenly distributed between the front side transparent plate and the back surface member, wherein the solar cell section further comprises: a cell installation region including the plurality of crystalline solar cells, each of the 20 crystalline solar cells being disposed with an interval equal to or less than a predetermined distance to, or in contact with the adjacent crystalline solar cell; and a surplus region not including any of the crystalline solar cells, a cell installation region including the plurality of crystalline solar cells, each of the 20 crystalline solar cells being disposed with an interval equal to or less than a predetermined distance to, or in contact with the adjacent crystalline solar cell; and a surplus region not including any of the crystalline solar cells, wherein the step forming plate is disposed over the surplus region and a part of the 25 cell installation region.
A battery indicator suitable for use on a battery and characterized by an electrically addressable encapsulated electrophoretic display printed on a flexible substrate and, when in use, in electrical communication with the battery, wherein the display displays a first or a second optical state in response to a voltage of the battery.
Illumination device comprising a fastening body provided for being mounted to an attachment part, comprising a lamp body being pivotally relative to the fastening body from an open position to an operating position and back and being held at the fastening body, with at least one illuminant being fixed thereto and with at least one reflector for deflecting the light emitted by the illuminant and for forming a light distribution, comprising a connection unit for electrically contacting and controlling the at least one illuminant and comprising a locking module for fixing the lamp body in the operating position, wherein a pivoting module is provided for a pivotable connection of the fastening body with the lamp body has an angled formed holding arm and a receiving opening, into which the holding arm engages, characterized in that the holding arm is formed U-shaped and provides a support leg arranged on the fastening body, a free leg, and a middle leg connecting the free leg with the support leg, wherein a length h of the free leg is smaller than a width c of the receiving opening provided on the lamp body, and wherein a length b of the middle leg is greater than the width c of the receiving opening.
A coordinate measuring machine for determining geometric features, particularly surface measurement points on a workpiece, comprising an image processing sensor as a first sensor having an image processing sensor beam path (first beam path), the first beam path comprising at least one front optic, facing toward the workpiece to be measured and is implemented as an asphere and/or comprises chromatic longitudinal flaws, and at least a wavelength selecting splitter, being disposed on the side of the front optic facing away from the workpiece, through which a second beam path is coupled to the image processing beam path and a common beam path is formed in that light passing through the front optic from the direction of the workpiece to be measured is at least partially coupled out of the common beam path into the second beam path, the second beam path being associated with a chromatic distance sensor as a second sensor, the image processing sensor and the second sensor being implemented for directly measuring the workpiece surface and/or for determining the deflection of a mark, or one mark each, associated with a flexurally elastic probe stylus, characterized in that the selective wavelength splitter guides the entire spectrum of the light into the second beam path and a small part of the spectrum into the first sensor.
A locking member intended to lock in position, with respect to each other, two tubes (8,9) threaded one into another, and to be inserted within the tube with a smaller section, said locking member being in the form of a material strip having a longitudinal direction and carrying on one face an operating knob locking the two tubes (8, 9), under the action of a restoring force, by passing through a through hole (8a, 9a) provided in the thickness of each tube (8, 9), characterized by the fact that the locking member is made of an elastically bend-deforming material and has an arch shape with the two longitudinal ends of the locking member facing each other, said longitudinal ends having, in their transverse edge (4a,5a), at least one recessed part (4b, 5b) and at least one protruding part (4c, 5c), with the or each recessed part (4b,5b) and the or each protruding part (4c, 5c) of one of said longitudinal ends respectively facing a protruding part (5c, 4c) and a recessed part (5b, 4b) of the other longitudinal end, the operating knob being located at the top of the locking member, on the side opposite said longitudinal ends.
A monoclonal antibody or fragment thereof, wherein the antibody or fragment thereof is characterized by clone-paired heavy CDR1, CDR2 and CDR3 sequences, and light chain CDR1, CDR2, and CDR3 sequences, respectively, corresponding to: (i) heavy chain CDR1 sequence SEQ ID NO: 104; (ii) heavy chain CDR2 sequence SEQ ID NO: 105; (iii) heavy chain CDR3 sequence SEQ ID NO: 106; (iv) light chain CDR1 sequence SEQ ID NO: 150; (v) light chain CDR2 sequence DNN; and (vi) light chain CDR3 sequence SEQ ID NO: 151; and wherein the monoclonal antibody or fragment thereof binds to Marburg virus glycoprotein. (i) heavy chain CDR1 sequence SEQ ID NO: 104; (ii) heavy chain CDR2 sequence SEQ ID NO: 105; (iii) heavy chain CDR3 sequence SEQ ID NO: 106; (iv) light chain CDR1 sequence SEQ ID NO: 150; (v) light chain CDR2 sequence DNN; and (vi) light chain CDR3 sequence SEQ ID NO: 151; and