mhurhangee/ep-ind-claims huggingface dataset:
A hair styling aid, comprising: a housing having at least one housing wall; the housing having guide means for receiving a length of hair to be styled; a rotatable element in the housing, rotatable relative to the housing and to the guide means; an elongate member, the rotatable element extending out from the elongate member, the length of hair being wound around the elongate member by the rotatable element in use, no part of the length of hair being clamped as the length of hair is wound around the elongate member; the housing surrounding a part of the elongate member, a chamber being formed between the housing wall(s) and the elongate member, the length of hair being contained within the chamber during use, characterised in that the housing is provided with a closable opening through which, in use, the length of hair to be styled is admitted into the chamber, wherein the opening is closed by a door. a housing having at least one housing wall; the housing having guide means for receiving a length of hair to be styled; a rotatable element in the housing, rotatable relative to the housing and to the guide means; an elongate member, the rotatable element extending out from the elongate member, the length of hair being wound around the elongate member by the rotatable element in use, no part of the length of hair being clamped as the length of hair is wound around the elongate member; the housing surrounding a part of the elongate member, a chamber being formed between the housing wall(s) and the elongate member, the length of hair being contained within the chamber during use, characterised in that the housing is provided with a closable opening through which, in use, the length of hair to be styled is admitted into the chamber, wherein the opening is closed by a door.
Electrosurgical HF generator for treating, in particular for cutting or coagulating, biological tissue by means of an HF current which is generated by a generator circuit and which flows via a first current path through the tissue between an active electrode and at least one neutral electrode that contacts the tissue over a large area, with an active output and a neutral output, wherein the electrosurgical HF generator has at least one auxiliary neutral electrode (50, 51, 52) which is connected in parallel to the neutral electrode and which comprises at least one clamping surface (51, 52) of grasping forceps, such that at least some of the HF current can flow through the tissue in a targeted manner via a second current path, characterized in that the auxiliary neutral electrode (50, 51, 52) comprises bipolar grasping forceps, of which the two clamping surfaces (51, 52) serving as poles are connected to the generator circuit, wherein the electrosurgical HF generator comprises a measuring circuit for determining the resistance between the clamping surfaces (51, 52) of the grasping forceps.
An apparatus, comprising: a screen display input; a screen display output; and secure display logic coupled with the screen display input and the screen display output; the secure display logic is configured to obtain data representative of a screen display via the screen display input; the secure display logic is configured to selectively output the data representative of the screen display via the screen display output based on an operational mode; wherein in a first operational mode, the secure display logic is configured to output an overlay via the screen display output that overlays at least a portion of the screen display with a predefined graphic indicating a security state of the screen display; wherein in a second operational mode, the secure display logic is configured to prevent the data representative of the screen display from being output on the screen display output and instead provides a selected screen output to the screen display output; wherein a third operational mode, the secure display logic is configured to send the data representative of the screen display to the screen display output unmodified, wherein the screen display input is encrypted or restricted. a screen display input; a screen display output; and secure display logic coupled with the screen display input and the screen display output; the secure display logic is configured to obtain data representative of a screen display via the screen display input; the secure display logic is configured to selectively output the data representative of the screen display via the screen display output based on an operational mode; wherein in a first operational mode, the secure display logic is configured to output an overlay via the screen display output that overlays at least a portion of the screen display with a predefined graphic indicating a security state of the screen display; wherein in a second operational mode, the secure display logic is configured to prevent the data representative of the screen display from being output on the screen display output and instead provides a selected screen output to the screen display output; wherein a third operational mode, the secure display logic is configured to send the data representative of the screen display to the screen display output unmodified, wherein the screen display input is encrypted or restricted.
A compliant structure comprising a frame, a shuttle distant from the frame mounted on a cantilever that is supported by the frame, wherein the cantilever with the shuttle is movable transversely to and out of a plane of the frame, and wherein the structure further comprises one or more flexures that connect the cantilever with the frame, wherein the cantilever has a body at least in part extending in a first direction which points to the shuttle, and that the one or more flexures connect to the shuttle and/or to the cantilever in the vicinity of the shuttle, wherein the one or more flexures are oriented in a second direction, which second direction is generally transversely with respect to the first direction, characterized in that the one or more flexures are preloaded causing the one or more flexures to buckle so as to provide a selectable stiffness to the cantilever and to provide the cantilever with a preferential position out of the plane of the frame.
Microtome having a cutting knife, an object holder mounted on a slide, the slide being movable relative to the cutting knife in a cutting direction and in a thickness defining direction, movement of the slide in the thickness defining direction being performed by a first electric motor controlled by a control unit, movement of the slide in the cutting direction being performed by a second electric motor controlled by the control unit, wherein the control unit is configured to control the movement of the slide in the thickness defining direction and in the cutting direction, wherein the control unit is configured to provide a memory position, and to move the slide in the thickness defining direction into the memory position in reaction to a corresponding command, wherein the memory position is a position horizontally apart from the cutting knife, wherein the control unit is configured to trigger image taking after a section when the slide is in the memory position. a cutting knife, an object holder mounted on a slide, the slide being movable relative to the cutting knife in a cutting direction and in a thickness defining direction, movement of the slide in the thickness defining direction being performed by a first electric motor controlled by a control unit, movement of the slide in the cutting direction being performed by a second electric motor controlled by the control unit, wherein the control unit is configured to control the movement of the slide in the thickness defining direction and in the cutting direction, wherein the control unit is configured to provide a memory position, and to move the slide in the thickness defining direction into the memory position in reaction to a corresponding command, wherein the memory position is a position horizontally apart from the cutting knife, wherein the control unit is configured to trigger image taking after a section when the slide is in the memory position.
A connection member for a rechargeable battery, comprising: a guide plate, two first connection plates (351A, 351B) and a second connection plate; wherein the two first connection plates (351A, 351B) respectively connects to two sides of the guide plate in a width direction and are arranged bendably with respect to the guide plate, the second connection plate connects to an upper end of the guide plate; characterized in that: the guide plate comprises a main plate and an epitaxial plate (3533, 3534), the two first connection plates (351A, 351B) are connected to the main plate, the epitaxial plate (3533, 3534) is spaced above one of the two first connection plates (351A, 351B) and extends towards an outside of the main plate along the width direction; wherein, top ends of the two first connection plates (351A, 351B) are at different heights. a guide plate, two first connection plates (351A, 351B) and a second connection plate; wherein the two first connection plates (351A, 351B) respectively connects to two sides of the guide plate in a width direction and are arranged bendably with respect to the guide plate, the second connection plate connects to an upper end of the guide plate; characterized in that: the guide plate comprises a main plate and an epitaxial plate (3533, 3534), the two first connection plates (351A, 351B) are connected to the main plate, the epitaxial plate (3533, 3534) is spaced above one of the two first connection plates (351A, 351B) and extends towards an outside of the main plate along the width direction; wherein, top ends of the two first connection plates (351A, 351B) are at different heights. the guide plate comprises a main plate and an epitaxial plate (3533, 3534), the two first connection plates (351A, 351B) are connected to the main plate, the epitaxial plate (3533, 3534) is spaced above one of the two first connection plates (351A, 351B) and extends towards an outside of the main plate along the width direction; wherein, top ends of the two first connection plates (351A, 351B) are at different heights.
An electric heating device, in particular for a heating or air-conditioning system, in particular for a motor vehicle, with at least one housing element (10, 12) and with a number of PTC elements which are arranged in a block-like manner and assembled to a PTC register, with contact sheets and heat-conducting ribs, wherein one respective PTC element is arranged between two contact sheets, wherein at least one of the contact sheets forms an extension (7, 9) on at least one contact sheet end (6, 8) and the at least one housing element (10, 12) forms a recess (11, 13), wherein the extension (7, 9) engages into the at least one recess (11, 13) and/or engages through the at least one recess (11, 13), such that the at least one contact sheet and the at least one housing element (10, 12) are connected to one another in a form-fitting manner, characterised in that the at least one housing element (10, 12) has a substantially U-shaped depression in an area surrounding the at least one recess (11, 13), wherein the at least one extension (7, 9) reaches through the depression and in that the extension (7, 9) has a cross-section running in the longitudinal direction to the recess (11, 13) which substantially decreases in steps.
A rotary actuator comprises: a motor having a rotary shaft and a drive magnet fixed to the rotary shaft; and a reduction gear disposed coaxially with the rotary shaft and having an input shaft connected to the rotary shaft, wherein the rotary shaft has a cylindrical magnet fixing part to which the drive magnet is fixed on an outer circumferential side and is formed of a magnetic material, one end side of the input shaft is fixed to an inner circumferential side of the magnet fixing part, and the input shaft is formed of a material having a density smaller than that of the magnetic material forming the rotary shaft wherein the rotary shaft and the input shaft are hollow, and characterized in that an inner circumferential side of the input shaft communicates with an inner circumferential side of the rotary shaft. a motor having a rotary shaft and a drive magnet fixed to the rotary shaft; and a reduction gear disposed coaxially with the rotary shaft and having an input shaft connected to the rotary shaft, wherein the rotary shaft has a cylindrical magnet fixing part to which the drive magnet is fixed on an outer circumferential side and is formed of a magnetic material, one end side of the input shaft is fixed to an inner circumferential side of the magnet fixing part, and the input shaft is formed of a material having a density smaller than that of the magnetic material forming the rotary shaft wherein the rotary shaft and the input shaft are hollow, and characterized in that an inner circumferential side of the input shaft communicates with an inner circumferential side of the rotary shaft.
Extension cable that has a body provided with at least two outlets (31, 41, 51, 61) having receptacles (31', 41', 51', 61') for receiving connection pins, and has electrical connection means in its interior, and a cable for connecting to the power supply, which has a connection pin at the end that exits said body, the body consisting of at least two parts (3, 4, 5, 6), each part (3, 4, 5, 6) comprising at least one of said outlets (31, 41, 51, 61), each part (3, 4, 5, 6) comprising a lower portion (32', 42', 52', 62') and an upper portion (32, 42, 52, 62), each portion of each part comprising a recess, and the parts (3, 4, 5, 6) being connected by means for allowing parts (3, 4, 5, 6) to rotate relative to one another, the connection interface between two parts being arranged in a plane perpendicular to the plane of the outlets of said two parts, the axis of the relative rotation between parts being perpendicular to the plane of the connection interface, said connection interface comprising in a first part (4, 6) a first circular opening, which is defined by a respective recess (43, 63) in the upper portion (42, 62) together with a respective recess (44, 64) in the lower portion (42', 62'), that is surrounded by a flange which produces a groove and characterised in that said connection interface further comprises in a second part (3, 5) a second circular opening, which is defined by a respective recess (33, 53) in the upper portion (32, 52) together with a respective recess (34, 54) in the lower portion (32', 52') and which comprises an indentation (35, 55) of larger radius in the shape of a circular trapezium, the ends of which define limits (36, 56, 56'), the recess (33, 53) in the upper portion of the second part fitting into the groove in the first part and in that said groove in the first part comprises a stop (47, 57) accommodated in the indentation (35, 55) allowing the movement of said stop (47, 57) along said indentation (35, 55) until it encounter one of the limits (36, 56, 56') thereof during the relative rotation between the first and second part.
A white thermal control paint comprising a curable coating composition, the curable coating composition comprising: (a) a silicate; (b) a calcium phosphate; and (c) a metal oxide; wherein the metal oxide is non-thermochromic at temperatures up to 500°C. (a) a silicate; (b) a calcium phosphate; and (c) a metal oxide;
A network element comprising: a receiving unit adapted to receive a resource request for running of an application; characterized in that the network element further comprises: a determination unit adapted to determine whether the application is a non-SDN-aware application; and a mediator unit adapted to provide SDN context to an SDN controller, in case it is determined that the application is a non-SDN-aware application, the mediator unit adapted to: issue a dynamic host configuration protocol DHCP request to a DCHP server that takes an internal IP address out of a given range and reports the internal IP address and an App-ID of the application to a network address translation NAT that maps the internal IP address to an external IP address with a port assignment and notifies the SDN controller of the external IP address and port assignment, so that the SDN controller can build up the SDN context between the internal IP address, external IP address, port and App-ID. a receiving unit adapted to receive a resource request for running of an application; characterized in that the network element further comprises: a determination unit adapted to determine whether the application is a non-SDN-aware application; and a mediator unit adapted to provide SDN context to an SDN controller, in case it is determined that the application is a non-SDN-aware application, the mediator unit adapted to: issue a dynamic host configuration protocol DHCP request to a DCHP server that takes an internal IP address out of a given range and reports the internal IP address and an App-ID of the application to a network address translation NAT that maps the internal IP address to an external IP address with a port assignment and notifies the SDN controller of the external IP address and port assignment, so that the SDN controller can build up the SDN context between the internal IP address, external IP address, port and App-ID. a determination unit adapted to determine whether the application is a non-SDN-aware application; and a mediator unit adapted to provide SDN context to an SDN controller, in case it is determined that the application is a non-SDN-aware application, the mediator unit adapted to: issue a dynamic host configuration protocol DHCP request to a DCHP server that takes an internal IP address out of a given range and reports the internal IP address and an App-ID of the application to a network address translation NAT that maps the internal IP address to an external IP address with a port assignment and notifies the SDN controller of the external IP address and port assignment, so that the SDN controller can build up the SDN context between the internal IP address, external IP address, port and App-ID.
A medical bone screw in particular in pedicle screw design, comprising a threaded shaft including a distal foremost shaft portion having a constant core diameter which is small over a defined shaft length and a proximal rearmost shaft portion having a constant core diameter which is large over a defined shaft length, whose proximal end is provided with a screw head, wherein the core cross-sectional shape along the distal foremost shaft portion being formed to be out-of-round along the defined shaft length having the constant, small core diameter and the core cross-sectional shape along the proximal rearmost shaft portion being formed to be circular along the defined shaft length having the constant, large core diameter.
A sealed bag containing a reference fluid for the calibration and/or quality control of an analyte creatine and/or creatinine sensor, the reference fluid comprises at least one component selected from the group consisting of CO 2, O 2, K +, Na +, Ca 2+, Cl -, glutamic acid, lactate, hemoglobin, creatinine, creatine and urea, the bag comprising: an inner polymer layer and an outer polymer layer; and an aluminum oxide gas barrier layer there between; and wherein the inner polymer layer is in contact with the reference fluid. an inner polymer layer and an outer polymer layer; and an aluminum oxide gas barrier layer there between; and wherein the inner polymer layer is in contact with the reference fluid.
A lubricant composition comprising: 80 to 98 wt% of a combination of propylene glycol and a polyethylene glycol; less than 20 wt% water; and an antioxidant selected from the group consisting of tocopherol, ascorbic acid and butylated hydroxytoluene. 80 to 98 wt% of a combination of propylene glycol and a polyethylene glycol; less than 20 wt% water; and an antioxidant selected from the group consisting of tocopherol, ascorbic acid and butylated hydroxytoluene.
A prosthetic valve frame assembly, comprising: a frame defining a tubular shape; a fabric having fabric pores, the fabric defining a fabric frame portion and a sewing cuff opposite the fabric frame portion, wherein the fabric is comprised of a single fabric piece, the fabric frame portion having an elastomer present in the fabric pores of the fabric and the sewing cuff does not have elastomer present in the fabric pores of the fabric, the fabric frame portion being coupled to the frame; and a membrane or sheet of a composite material coupled to at least a portion of the fabric frame portion with the fabric frame portion disposed between the frame and the composite material, the sewing cuff extending from the frame, wherein the sewing cuff facilitates tissue ingrowth while tissue ingrowth is discouraged elsewhere around the frame. a frame defining a tubular shape; a fabric having fabric pores, the fabric defining a fabric frame portion and a sewing cuff opposite the fabric frame portion, wherein the fabric is comprised of a single fabric piece, the fabric frame portion having an elastomer present in the fabric pores of the fabric and the sewing cuff does not have elastomer present in the fabric pores of the fabric, the fabric frame portion being coupled to the frame; and a membrane or sheet of a composite material coupled to at least a portion of the fabric frame portion with the fabric frame portion disposed between the frame and the composite material, the sewing cuff extending from the frame, wherein the sewing cuff facilitates tissue ingrowth while tissue ingrowth is discouraged elsewhere around the frame.
A pointing device for use by a user on a movable element on a flat surface, said device comprising at least a first sensor for measuring the angular speeds ( ω Y, ω Z) of said device about at least two of its orthogonal axes (Y, Z), at least a second sensor for measuring the linear displacements of said device along said two axes (Y, Z) and a third orthogonal axis, a module for computing displacements (y, z) to be imposed on said movable element on said flat surface as a function of the displacements of said pointing device in space, said computation module comprising a sub-module for compensating a tilt imposed on said pointing device by implementing a data merging algorithm, said algorithm using an observer or an optimisation criterion, said pointing device being characterised in that said data merging algorithm is configured to: i) receive as input at least measurements from said first angular speed sensor ( ω y, ω z) and measurements from said second linear acceleration sensor along said three axes (a x, a y, a z); ii) estimate, based on said measurements, a state vector comprising variables representing pitch ( θ) and roll ( ψ) tilt angles imparted on said device, and supply at least angular speeds (ω v, ω w) of said device representing displacements (y, z) of said movable element in a user reference system linked to said user.
A method for preparing polyorganosiloxanes (POSs) by ring-opening and/or redistribution polymerization of POSs, in the presence of a catalyst, characterized in that this catalyst comprises at least one carbene.