mhurhangee/ep-ind-claims huggingface dataset:
A tiltable mould holder comprising a supporting surface suitable to support a mould for the production of semi-finished polyurethane products, said mould holder comprises: a rotary table and an assembly of kinematic mechanisms positioned above said rotary table; said supporting surface being a mould holder surface positioned above said assembly of kinematic mechanisms; said assembly of kinematic mechanisms comprises means for tilting said mould holder surface with respect to said rotary table; said rotary table being capable of rotating said assembly of kinematic mechanisms; characterised in that said mould holder surface is connected to a surface of said rotary table by means of a torsionally rigid joint designed to connect two drive shafts.
Method for producing a dental prosthesis, wherein the dental prosthesis comprises a prosthesis base and a plurality of prosthesis teeth, wherein the method is carried out making use of a virtual three-dimensional dental prosthesis model of the physical dental prosthesis which is to be produced and wherein the virtual three-dimensional dental prosthesis model comprises virtual prosthesis teeth and a virtual prosthesis base, characterized by the following chronological steps: A) From the external shape of the vestibular surfaces and/or occlusal surfaces of the virtual prosthesis teeth, and from the external form of the vestibular surface of the virtual prosthesis base of the virtual three-dimensional dental prosthesis model, a virtual model of a template is calculated, such that a region of the virtual surface of the virtual template is formed by a negative of the vestibular surfaces and/or occlusal surfaces of the virtual prosthesis teeth and of the virtual prosthesis base, wherein the location and the orientation of the virtual prosthesis teeth relative to one another and relative to the virtual prosthesis base remain retained in the negative; B) Production of a physical template with a CAM process on the basis of the data of the virtual model of the template; C) Placement and securing of physical prosthesis teeth in the template, wherein the vestibular surfaces and/or occlusal surfaces of the prosthesis teeth are placed in the surface of the template which is formed by the matching negative; and D) Securing of the physical prosthesis teeth to a physical prosthesis base, wherein the prosthesis base is inserted into the template fitted with the prosthesis teeth, such that the vestibular surface of the prosthesis base is located on the matching surface of the template formed by the negative. A) From the external shape of the vestibular surfaces and/or occlusal surfaces of the virtual prosthesis teeth, and from the external form of the vestibular surface of the virtual prosthesis base of the virtual three-dimensional dental prosthesis model, a virtual model of a template is calculated, such that a region of the virtual surface of the virtual template is formed by a negative of the vestibular surfaces and/or occlusal surfaces of the virtual prosthesis teeth and of the virtual prosthesis base, wherein the location and the orientation of the virtual prosthesis teeth relative to one another and relative to the virtual prosthesis base remain retained in the negative; B) Production of a physical template with a CAM process on the basis of the data of the virtual model of the template; C) Placement and securing of physical prosthesis teeth in the template, wherein the vestibular surfaces and/or occlusal surfaces of the prosthesis teeth are placed in the surface of the template which is formed by the matching negative; and D) Securing of the physical prosthesis teeth to a physical prosthesis base, wherein the prosthesis base is inserted into the template fitted with the prosthesis teeth, such that the vestibular surface of the prosthesis base is located on the matching surface of the template formed by the negative.
A sensor comprising: a first base material; a second base material; a first low-resistance material connected with the first base material; a second low-resistance material connected with the second base material and separated from the first low-resistance material by a gap for flexing toward the first low-resistance material under a force; and a first high-resistance material positioned within the gap intermediate the first low-resistance material and the second low-resistance material for increasing the resistance of a circuit formed by the first low-resistance material and the second low-resistance material when the sensor is subjected to the force; the sensor being characterised by a force actuator configured as a force concentrator disposed within the first high-resistance material and between the first low-resistance material and the second low-resistance material. a first base material; a second base material; a first low-resistance material connected with the first base material; a second low-resistance material connected with the second base material and separated from the first low-resistance material by a gap for flexing toward the first low-resistance material under a force; and a first high-resistance material positioned within the gap intermediate the first low-resistance material and the second low-resistance material for increasing the resistance of a circuit formed by the first low-resistance material and the second low-resistance material when the sensor is subjected to the force; the sensor being characterised by a force actuator configured as a force concentrator disposed within the first high-resistance material and between the first low-resistance material and the second low-resistance material.
A railing for a scaffold, in particular an advancing railing, comprising a frame with horizontally extending upper chord and lower chord (50, 52) and vertical frame members (54, 56) connecting them, and at least one strut (70, 72, 170, 172) pivotably connected to the lower chord, wherein the upper chord has first fastening means (58, 60) at its ends and the at least one pivotable strut has a second fastening means (66, 68, 166, 168) in its free end, wherein the lower chord has third fastening means (62, 64) at its ends, wherein the upper chord with the first fastening means (58, 60) and the lower chord with the third fastening means (62, 64) extend in a first plane, and either the at least one pivotable strut (70, 72) has an offset (83, 85, 87, 89) formed integrally in the strut in its respective end area such that an area (78, 80) between the offsets extends in a second plane offset relative to the first plane and parallel to the first plane, and the end areas extend in the first plane or in a third plane opposite to the second plane in relation to the first plane and parallel to the first plane, or in the first plane, or the pivotable strut (170, 172) has a first section (182, 186) starting at the pivoting point on the lower chord and a second section (184, 188) integrally formed in the strut and having the second fastening means (166, 168), wherein the first section extends in a fourth plane offset and parallel to the first plane, and the second section extends in the first plane or in an fifth plane opposite in relation to the first plane and extending parallel to the first plane. wherein the lower chord has third fastening means (62, 64) at its ends, wherein the upper chord with the first fastening means (58, 60) and the lower chord with the third fastening means (62, 64) extend in a first plane, and either the at least one pivotable strut (70, 72) has an offset (83, 85, 87, 89) formed integrally in the strut in its respective end area such that an area (78, 80) between the offsets extends in a second plane offset relative to the first plane and parallel to the first plane, and the end areas extend in the first plane or in a third plane opposite to the second plane in relation to the first plane and parallel to the first plane, or in the first plane, or the pivotable strut (170, 172) has a first section (182, 186) starting at the pivoting point on the lower chord and a second section (184, 188) integrally formed in the strut and having the second fastening means (166, 168), wherein the first section extends in a fourth plane offset and parallel to the first plane, and the second section extends in the first plane or in an fifth plane opposite in relation to the first plane and extending parallel to the first plane.
Apparatus (100, 800) for deployment of a hemostatic clip comprising: a handle assembly; a shaft connected to a distal portion of the handle assembly; a clip assembly releasably coupled to a distal portion of the shaft, the clip assembly including clip arms and a capsule (200, 804) cooperating with the clip arms to provide a first user feedback indicating a decision configuration of the clip assembly; and a control wire (118, 810), characterized in that the control wire (118, 810) includes a ball connector (140, 902), the control wire (118, 810) extends from the handle assembly and is coupled to the clip assembly by the ball connector (140, 902) to maintain the clip assembly coupled to the shaft, wherein the control wire (118, 810) is detachable from the clip assembly at a preselected failure point to provide a second user feedback indicating separation of the clip assembly from the shaft. a handle assembly; a shaft connected to a distal portion of the handle assembly; a clip assembly releasably coupled to a distal portion of the shaft, the clip assembly including clip arms and a capsule (200, 804) cooperating with the clip arms to provide a first user feedback indicating a decision configuration of the clip assembly; and a control wire (118, 810), characterized in that the control wire (118, 810) includes a ball connector (140, 902), the control wire (118, 810) extends from the handle assembly and is coupled to the clip assembly by the ball connector (140, 902) to maintain the clip assembly coupled to the shaft, wherein the control wire (118, 810) is detachable from the clip assembly at a preselected failure point to provide a second user feedback indicating separation of the clip assembly from the shaft.
A power element for a motor of an industrial truck having a housing, in the housing at least one circuit board which has power and control components for the motor and power terminals for a power supply line, which are led through a wall of the housing and connected to the circuit board, wherein the power terminals have a first connection part (16, 116) led through the wall (10, 108) with a first contact section (24, 126) lying within the housing, a second contact part in contact with the circuit board (14, 110), and with a second contact section (22, 130) which is aligned to the first contact section (24, 126) and is distanced from it, and a radially elastic sleeve (28, 120) composed of conducting material, that surrounds the two contact sections (22, 130, 24, 126) in a clamping manner, wherein the outer contour of the contact sections (22, 130, 24, 126) and the sleeve (28, 120) are formed such that a mechanical contact of the contact sections (22, 130, 24, 126) to the sleeve (28, 120) is maintained even with a misalignment of the contact sections (22, 24) to each other, at least one contact section is formed by a double cone (226, 230) with a common base plane, wherein the casing surfaces have a rounded transition, wherein further the sleeve has one or more axially parallel slits which permit a radial expansion of the sleeve, characterized in that the first connection part has a connection section which is fixed in the wall of housing and extends beyond this outwards, the first contact section and the connection section are formed as one piece and the second connection section is connected to a disc shaped section in contact with the circuit board and the second contact section being formed in one piece with the disc shaped section, with the wall of the housing being formed from plastic, and the first connection part or the hexagonal section being injection molded.
A two-dimensional dot matrix barcode encoding method, which is characterized in that a two-dimensional dot matrix barcode (701, 801,...) is composed of M×N virtual code point storage blocks, and a plurality of coordinate calibration blocks (720, 820,...), a plurality of data storage blocks (730, 830,...) and a direction indication block (710, 810,...) are formed by filling code points into the virtual code point storage blocks respectively, wherein code points filled in the plurality of coordinate calibration blocks (720, 820,...) are located in the center of the virtual code point storage block; the direction indication block (710, 810,...) is filled with at least two code points, only one code point being located in the center of the virtual code point storage block; the plurality of coordinate calibration blocks (720, 820,...) and the direction indication block (710, 810,...) are separated from each other and distributed among the plurality of data storage blocks (730, 830,...); code points filled in the plurality of data storage blocks (730, 830,...) are used to store data information; and the plurality of coordinate calibration blocks (720, 820,...) and the plurality of data storage blocks (730, 830,...) have only one code point, where M≥4, N≥4, and M and N are both even numbers.
Use of a composition comprising about 78.5 weight percent 2,3,3,3-tetrafluoropropene and about 21.5 weight percent difluoromethane in an automotive heat pump.
Chopping device, comprising a housing, having at least one inlet and at least one outlet (13, 14) for chopped material, at least one chopping drum (20, 21), which is accommodated rotatably in the housing around a drum axis (T 1, T 2) arranged vertically or inclined relative to a vertical and formed conically upwards in a tapered manner in direction of the drum axis (T 1, T 2), as well as chopper knives, which are arranged on the at least one chopping drum (20, 21) distributed along the circumference and along the height of the at least one chopping drum (20, 21), wherein the housing is formed at least partially adapted vertically upwards conically to the at least one chopping drum (20, 21), characterised in that the at least one outlet (13, 14) has an outlet opening (27, 28), which is separated into several partial outlet openings (29 - 36) merging in one another.
A method of operating a wearable device, the method comprising: hierarchically displaying each of a plurality of icon sets arranged along each of a plurality of virtual closed loops on a display of the wearable device, the plurality of virtual closed loops comprising a first virtual closed loop and a second virtual closed loop, and the plurality of icon sets comprising a first icon set arranged along the first virtual closed loop and a second icon set arranged along the second virtual closed loop; obtaining a first input to a bezel ring of the wearable device; displaying the first virtual closed loop and the second virtual closed loop on the display of the wearable device by exchanging a position of the first virtual closed loop and a position of the second virtual closed loop based on the first input to the bezel ring; determining at least one icon included in a virtual closed loop arranged along a boundary of the display based on a second input to the bezel ring; and executing a preset function corresponding to the determined at least one icon. hierarchically displaying each of a plurality of icon sets arranged along each of a plurality of virtual closed loops on a display of the wearable device, the plurality of virtual closed loops comprising a first virtual closed loop and a second virtual closed loop, and the plurality of icon sets comprising a first icon set arranged along the first virtual closed loop and a second icon set arranged along the second virtual closed loop; obtaining a first input to a bezel ring of the wearable device; displaying the first virtual closed loop and the second virtual closed loop on the display of the wearable device by exchanging a position of the first virtual closed loop and a position of the second virtual closed loop based on the first input to the bezel ring; determining at least one icon included in a virtual closed loop arranged along a boundary of the display based on a second input to the bezel ring; and executing a preset function corresponding to the determined at least one icon.
A compound of general formula: its stereoisomers, mixtures thereof and/or its cosmetic or pharmaceutical acceptable salts, wherein AA 1 is selected from the group formed by -Asp-, -Glu-, -Asn-, -Gln-, -Lys- and -Gly-; AA 2 is selected from the group formed by -Val-, -Leu-, -Ile-, -Met-, -Cit-, -His-, -Thr- and -Gln-; AA 3 is selected from the group formed by -Tyr-, -Trp- and 4-Abz; n is selected from the group formed by 1, 2, 3 and 4. R 3 is selected from the group formed by H, or -AA 2 -AA 1 -R 1. R 1 is selected from the group formed by H, a polymer derived from polyethylene glycol, substituted or unsubstituted non-cyclic aliphatic group, substituted or unsubstituted alicyclyl, substituted or unsubstituted heterocyclyl, substituted or unsubstituted heteroarylalkyl, substituted or unsubstituted aryl, substituted or unsubstituted aralkyl and R 6 -CO-, wherein R 6 is selected from the group formed by H, substituted or unsubstituted noncyclic aliphatic group, substituted or unsubstituted alicyclyl, substituted or unsubstituted aryl, substituted or unsubstituted aralkyl, substituted or unsubstituted heterocyclyl and substituted or unsubstituted heteroarylalkyl; R 2 is selected from the group formed by -NR 4 R 5, -OR 4 and -SR 4, wherein R 4 and R 5 are independently selected from the group formed by H, a polymer derived from polyethylene glycol, substituted or unsubstituted non-cyclic aliphatic group, substituted or unsubstituted alicyclyl, substituted or unsubstituted heterocyclyl, substituted or unsubstituted heteroarylalkyl, substituted or unsubstituted aryl, and substituted or unsubstituted aralkyl; and R 1 or R 2 are not α-amino acids with the condition that if R 3 is H, then AA 2 is selected from the group formed by -Val-, -Leu-, -Ile- and -Met-, and AA 1 is selected from the group formed by -Asp-, -Glu-, -Asn- and -Gln-.
An electrical switch system, in particular assigned to the power control of loads such as for example a motor, comprising two power multipole electrical apparatuses (10, 100), each power multipole electrical apparatus (10, 100) such as an electrical contactor, a circuit breaker or a disconnector, comprising a case (11, 111) made of an electrically-insulating material provided with a front face (12, 112) and a rear face (13, 113) equipped with fastening elements (14, 114) allowing fastening the case (11, 111) to a support, the apparatus (10, 100) comprising pole power connections including, on the one hand, inner power conductors (15, 115) housed within the case (11, 111), and on the other hand, at least one connection terminal (16, 116) using a spring (17, 117) operating by direct plug-in housed within the case (11, 111) and having at least one opening (18, 118) delimited by the case (11, 111) and which opens towards the front face (12, 112) in order to enable outer conductors to be inserted and connected to the inner conductors (15, 115), said at least one opening (18, 118) being such that the direction of insertion (19, 119) of the outer conductors is substantially perpendicular to the general plane of the rear face (13, 113) of the case (11, 111), a system wherein at least one of these two electrical apparatuses has electrical cut-off properties, the system comprising coupling elements inserted into the opening (18, 118) of at least one of the connection terminals (16, 116) of each of the two electrical apparatuses (10, 100) so as to ensure an electrical connection between these two connection terminals (16,116) thus connected via the coupling elements, the coupling elements comprise a multipole interconnection block comprising pins plugged in by direct plug-in into the connection terminals (16, 116) of the electrical apparatuses (10, 100) facing the corresponding poles in order to ensure the respective pole connections between the electrical apparatuses (10, 100), characterized in that: each pin has, in at least one area of said pin coming into contact with the spring (17, 117), a hardness such that the ratio between said hardness and the hardness of the spring (17, 117) is greater than or equal to 0.85.
A mounting system for providing at least one of power or communication to a dispenser, the mounting system comprising: a mounting plate configured to mount to a structure, the mounting plate comprising: a mounting configuration configured to attach the dispenser to the mounting plate; and a mounting connector configured to mate with a device connector of the dispenser to establish a connection between the mounting plate and the dispenser, the mounting connector configured to at least one of: provide power for the dispenser through the connection; or provide a communication for the dispenser through the connection; and a stepdown voltage device supported by at least one of the mounting plate or the dispenser, the stepdown voltage device configured to step down a voltage of the power to less than about 18 volts, wherein power is provided to a component of the dispenser through the connection when the mounting connector is mated with the device connector, and wherein the component is not coupled to the mounting plate prior to the dispenser being attached to the mounting plate by the mounting configuration. a mounting plate configured to mount to a structure, the mounting plate comprising: a mounting configuration configured to attach the dispenser to the mounting plate; and a mounting connector configured to mate with a device connector of the dispenser to establish a connection between the mounting plate and the dispenser, the mounting connector configured to at least one of: provide power for the dispenser through the connection; or provide a communication for the dispenser through the connection; and a mounting configuration configured to attach the dispenser to the mounting plate; and a mounting connector configured to mate with a device connector of the dispenser to establish a connection between the mounting plate and the dispenser, the mounting connector configured to at least one of: provide power for the dispenser through the connection; or provide a communication for the dispenser through the connection; and provide power for the dispenser through the connection; or provide a communication for the dispenser through the connection; and a stepdown voltage device supported by at least one of the mounting plate or the dispenser, the stepdown voltage device configured to step down a voltage of the power to less than about 18 volts, wherein power is provided to a component of the dispenser through the connection when the mounting connector is mated with the device connector, and wherein the component is not coupled to the mounting plate prior to the dispenser being attached to the mounting plate by the mounting configuration.