mhurhangee/ep-ind-claims huggingface dataset:
A blow molding apparatus comprising: an injection molding part configured to injection-mold a preform including a neck portion and a bottomed body portion (12b, 12c) continuous from the neck portion; a temperature adjustment part including a temperature adjustment mold accommodating the preform and a temperature adjustment rod to be inserted into the preform, the temperature adjustment part configured to perform a temperature adjustment treatment to the preform by bringing the temperature adjustment rod into contact with an inner surface of the preform while accommodating the preform in the temperature adjustment mold in a non-contact manner; and a blow molding part configured to blow-mold the preform to form a resin container, characterized in that the temperature adjustment part is configured to stretch the body portion by moving the temperature adjustment rod toward a bottom surface portion side of the body portion by a predetermined distance, after inserting the temperature adjustment rod into the preform to bring the temperature adjustment rod into contact with an inner surface of the body portion other than a boundary portion between the body portion and the neck portion.
A wireless communication terminal, comprising: a radio frequency transceiver; and a plurality of UWB antennas, wherein each UWB antenna comprises: a radiator comprising a waveguide cavity having opposite open-end faces (213, 213'); wherein the open-end faces (213, 213') of the waveguide cavity are coplanar with a pair of end faces of the radiator respectively; and a feeding end disposed on one of the open-end faces (213, 213') and configured to receive a wireless communication signal, wherein the feeding end of each antenna is electrically connected to the radio frequency transceiver. a radio frequency transceiver; and a plurality of UWB antennas, wherein each UWB antenna comprises: a radiator comprising a waveguide cavity having opposite open-end faces (213, 213'); wherein the open-end faces (213, 213') of the waveguide cavity are coplanar with a pair of end faces of the radiator respectively; and a feeding end disposed on one of the open-end faces (213, 213') and configured to receive a wireless communication signal, wherein the feeding end of each antenna is electrically connected to the radio frequency transceiver. a radiator comprising a waveguide cavity having opposite open-end faces (213, 213'); wherein the open-end faces (213, 213') of the waveguide cavity are coplanar with a pair of end faces of the radiator respectively; and a feeding end disposed on one of the open-end faces (213, 213') and configured to receive a wireless communication signal, wherein the feeding end of each antenna is electrically connected to the radio frequency transceiver.
A penile prosthetic comprising: a cylinder implantable in a corpora cavernosum; a reservoir; a pump attachable between the cylinder and the reservoir and operable to move fluid from the reservoir to inflate the cylinder; and a deflation assembly attachable between the pump and the reservoir, the deflation assembly comprising: a valve that selectively restricts movement of the fluid from the cylinder to the reservoir, a base and an activation surface opposite the base, the activation surface including an outer peripheral rim surrounding a pad that is movable to displace the valve to allow the fluid to flow from the cylinder to the reservoir; characterised in that an entirety of the pad is recessed relative to the outer peripheral rim such that the outer peripheral rim defines a maxima of the activation surface and in that the deflation assembly is separate from the reservoir and separate from the pump. a cylinder implantable in a corpora cavernosum; a reservoir; a pump attachable between the cylinder and the reservoir and operable to move fluid from the reservoir to inflate the cylinder; and a deflation assembly attachable between the pump and the reservoir, the deflation assembly comprising: a valve that selectively restricts movement of the fluid from the cylinder to the reservoir, a base and an activation surface opposite the base, the activation surface including an outer peripheral rim surrounding a pad that is movable to displace the valve to allow the fluid to flow from the cylinder to the reservoir; a valve that selectively restricts movement of the fluid from the cylinder to the reservoir, a base and an activation surface opposite the base, the activation surface including an outer peripheral rim surrounding a pad that is movable to displace the valve to allow the fluid to flow from the cylinder to the reservoir;
A method for joining primary and secondary members (16,18) comprising: providing a primary member (16,18), a secondary member (16,18) and a heating element which is joined to one of the primary and secondary members (16,18), wherein the heating element includes an electrically insulating matrix material and an electrically conductive reinforcing element extending through the matrix material; bringing the other of the primary and secondary members (16,18) and the heating element into engagement; and controlling a flow of electrical current in the reinforcing element so as to resistively heat and fuse at least some of the matrix material of the heating element with a matrix material of the other of the primary and secondary members (16,18), characterised in that the primary and secondary members (16,18) are defined by different portions of a unitary member, the primary member (16,18) being defined by a primary portion of the unitary member and the secondary member (16,18) being defined by a secondary portion of the unitary member, the method comprising forming a recess in the unitary member so as to define the primary portion of the unitary member to one side of the recess and the secondary portion of the unitary member to the other side of the recess, inserting the heating element into the recess and compressing the heating element between the primary and secondary portions of the unitary member. providing a primary member (16,18), a secondary member (16,18) and a heating element which is joined to one of the primary and secondary members (16,18), wherein the heating element includes an electrically insulating matrix material and an electrically conductive reinforcing element extending through the matrix material; bringing the other of the primary and secondary members (16,18) and the heating element into engagement; and controlling a flow of electrical current in the reinforcing element so as to resistively heat and fuse at least some of the matrix material of the heating element with a matrix material of the other of the primary and secondary members (16,18), characterised in that the primary and secondary members (16,18) are defined by different portions of a unitary member, the primary member (16,18) being defined by a primary portion of the unitary member and the secondary member (16,18) being defined by a secondary portion of the unitary member, the method comprising forming a recess in the unitary member so as to define the primary portion of the unitary member to one side of the recess and the secondary portion of the unitary member to the other side of the recess, inserting the heating element into the recess and compressing the heating element between the primary and secondary portions of the unitary member.
A license plate which, being a plate made from different elements applied to an acrylic plastic plate with stamped characters (c), comprises, in the following order, a lower sheet that is the color of the characters, an intermediate sheet of transparent acrylic plastic material suitable for being stamped, an easy-to-cut upper sheet with removable adhesive and a final sheet of reflective material, wherein the lower sheet consists of a painted layer that is the color of the characters incorporated onto the lower face of the intermediate sheet of transparent plastic material, and the final sheet consists of a layer of reflective paint incorporated onto the upper face of the easy-to-cut upper sheet, wherein the upper sheet and the final sheet are not present in the regions aligned with said characters (c).
A security device for improving counterfeit protection of original articles by the provision of a symbol comprising a plurality of diffractive surface elements arranged on a carrier element wherein the surface covered by the surface elements on a carrier element can occupy a partial region of any form of the carrier element, wherein each individual surface element has a three-dimensional surface structure, wherein a plurality of surface elements form a surface element group whose surface structures and orientation are so matched to each other that they make precisely one point of the associated symbol to be represented visible to an observer under given observation conditions, wherein the surface structures of the individual surface elements of the surface element group are mutually matched in such a way that under random observation conditions always only a selection of particular surface elements of said group diffracts the incident light in the direction of an observer, wherein the surface structures of the individual surface elements of the surface element group are mutually matched in such a way that after a change of the angle of incidence of the light and/or the observation angle, other surface elements of the same surface element group direct the incident light to the observer, such that the point is visible at a different place, wherein there are provided a plurality of surface element groups which respectively depict a point, wherein each of the symbols to be represented is composed of the sum of all points represented by associated surface element groups, and wherein a movement of the symbol which is continuous for the observer in the observation space is perceived by the continuous change in the angle of incidence of the light and/or the observation angle, characterized in that a plurality of different symbols is visible to an observer.
A phacoemulsification handpiece comprising - a housing, - an ultrasonic transducer, which is arranged in the housing, and - a tool comprising in particular metal such as e.g. steel, iron or titanium, which is in operative connection with the ultrasonic transducer for the purpose of ultrasonic excitation, - wherein the ultrasonic transducer has a sonotrode, a resonator, and a piezoceramic element arranged between them, - wherein the housing comprises plastic and/or consists of plastic, characterised in - that the housing comprises an inner housing part surrounding at least one part of the sonotrode, and an outer housing part, between which there is an annular space for the supply and/or for the transmission of flushing liquid to the tool, and - that the inner housing part has cooling openings, within which the sonotrode and in particular the middle section of the sonotrode is exposed and comes into contact with flushing liquid for cooling. - a housing, - an ultrasonic transducer, which is arranged in the housing, and - a tool comprising in particular metal such as e.g. steel, iron or titanium, which is in operative connection with the ultrasonic transducer for the purpose of ultrasonic excitation, - wherein the ultrasonic transducer has a sonotrode, a resonator, and a piezoceramic element arranged between them, - wherein the housing comprises plastic and/or consists of plastic, characterised in - that the housing comprises an inner housing part surrounding at least one part of the sonotrode, and an outer housing part, between which there is an annular space for the supply and/or for the transmission of flushing liquid to the tool, and - that the inner housing part has cooling openings, within which the sonotrode and in particular the middle section of the sonotrode is exposed and comes into contact with flushing liquid for cooling.
A surgical instrument comprising: an elongate body defining a longitudinal axis (X-X); an actuation rod extending through the elongate body; and a tool assembly coupled to the elongate body, the tool assembly including: a coupling member coupled to the elongate body, a tool portion pivotally associated with the coupling member, the tool portion including a projection member including a substantially blunt end portion and a cutting member extending distally outward from the projection member, the tool portion operatively coupled to the actuation rod, wherein translation of the actuation rod causes pivotal movement of the tool portion. an elongate body defining a longitudinal axis (X-X); an actuation rod extending through the elongate body; and a tool assembly coupled to the elongate body, the tool assembly including: a coupling member coupled to the elongate body, a tool portion pivotally associated with the coupling member, the tool portion including a projection member including a substantially blunt end portion and a cutting member extending distally outward from the projection member, the tool portion operatively coupled to the actuation rod, wherein translation of the actuation rod causes pivotal movement of the tool portion. a coupling member coupled to the elongate body, a tool portion pivotally associated with the coupling member, the tool portion including a projection member including a substantially blunt end portion and a cutting member extending distally outward from the projection member, the tool portion operatively coupled to the actuation rod, wherein translation of the actuation rod causes pivotal movement of the tool portion.
A terrace floor substructure with a sub-support frame for floor coverings, the sub-support frame comprising profiled struts and a cross connector for arranging a profiled strut as a cross profile and/or an edge holder on the outer periphery of the sub-support frame for supporting a spacer, the profile struts having, on at least one of two opposite vertical sides, a receptacle for the cross connector and/or the edge holder, the receptacle being or having an undercut retaining groove in which the cross connector and/or the edge holder is locked, wherein the cross connector or the edge holder has a sliding block on a side facing the undercut retaining groove, characterized in that the sliding block is rigidly connected to the side facing the undercut retaining groove and is rotatably received in the retaining groove between a release position and a locking position. wherein the cross connector or the edge holder has a sliding block on a side facing the undercut retaining groove, characterized in that the sliding block is rigidly connected to the side facing the undercut retaining groove and is rotatably received in the retaining groove between a release position and a locking position.
An LED light fixture comprising: a housing comprising (a) a housing body including a forward wall-portion and (b) a cover member movably secured with respect to the housing body and having a cover wall extending between forward and rearward ends; wherein the housing body and the cover member form a substantially closed chamber; an LED assembly secured with respect to the housing and comprising a heat sink and an LED illuminator on the heat sink, the LED illuminator comprising an optical member positioned over at least one LED emitter and configured for directing emitter light predominantly forward; and a rearward shield member at a rearward side of the LED illuminator and extending to a position lower than a lowermost outer-surface portion of the optical member for redirecting rearward light, the shield member being at least partially defined by the forward wall-portion of the housing, the cover wall including a lowermost portion which is at a position lower than the lowermost position of the rearward shield member to further block rearward illumination. a housing comprising (a) a housing body including a forward wall-portion and (b) a cover member movably secured with respect to the housing body and having a cover wall extending between forward and rearward ends; wherein the housing body and the cover member form a substantially closed chamber; an LED assembly secured with respect to the housing and comprising a heat sink and an LED illuminator on the heat sink, the LED illuminator comprising an optical member positioned over at least one LED emitter and configured for directing emitter light predominantly forward; and a rearward shield member at a rearward side of the LED illuminator and extending to a position lower than a lowermost outer-surface portion of the optical member for redirecting rearward light, the shield member being at least partially defined by the forward wall-portion of the housing, the cover wall including a lowermost portion which is at a position lower than the lowermost position of the rearward shield member to further block rearward illumination.
Method for identifying a person as a person authorized to drive a motor vehicle, in which method - a piece of skin of a person seeking access to the motor vehicle is filmed by means of at least one electronic camera (2, 3, 10, 14) installed in the motor vehicle; - it is ascertained how at least one characteristic of the filmed piece of skin changes with respect to time; - the chronological change of the characteristic of the filmed piece of skin is compared to stored heartbeat rhythm reference data of authorized persons; - access to the motor vehicle is allowed if the chronological change of the characteristic of the filmed piece of skin corresponds at least to a predetermined degree to the heartbeat rhythm reference data, the allowed access comprising the opening of at least one door of the motor vehicle; and - the at least one electronic camera (2, 3, 10, 14) registers a region outside the motor vehicle, a person seeking access to the motor vehicle being prompted to hold a bare body part in front of the camera (2, 3, 10, 14). - a piece of skin of a person seeking access to the motor vehicle is filmed by means of at least one electronic camera (2, 3, 10, 14) installed in the motor vehicle; - it is ascertained how at least one characteristic of the filmed piece of skin changes with respect to time; - the chronological change of the characteristic of the filmed piece of skin is compared to stored heartbeat rhythm reference data of authorized persons; - access to the motor vehicle is allowed if the chronological change of the characteristic of the filmed piece of skin corresponds at least to a predetermined degree to the heartbeat rhythm reference data, the allowed access comprising the opening of at least one door of the motor vehicle; and - the at least one electronic camera (2, 3, 10, 14) registers a region outside the motor vehicle, a person seeking access to the motor vehicle being prompted to hold a bare body part in front of the camera (2, 3, 10, 14).
Method for measuring a radiological contamination of a surface of a workpiece, comprising: a) defining a trajectory comprising three-dimensional spatial coordinates and a three-dimensional speed coordinate on the basis of at least a detection region and a detection accuracy of a contamination detection device and a three-dimensional surface data record of the workpiece; and b) automatically moving the contamination detection device in accordance with the trajectory while simultaneously acquiring the contamination data of the surface with spatial resolution, characterized in that the method is performed as the pre-measurement prior to a clearance measurement of the workpiece. a) defining a trajectory comprising three-dimensional spatial coordinates and a three-dimensional speed coordinate on the basis of at least a detection region and a detection accuracy of a contamination detection device and a three-dimensional surface data record of the workpiece; and b) automatically moving the contamination detection device in accordance with the trajectory while simultaneously acquiring the contamination data of the surface with spatial resolution,
A light emitting diode package, comprising: a body having body side surfaces and a body top surface; a plurality of cavities (772a-772c) in said body top surface, with each of said cavities (772a-772c) comprising an LED (753a-753c) arranged to emit out of its one of said cavities (772a-772c); and an encapsulant over said body top surface and said body side surfaces, said encapsulant also comprising lenses over each of said cavities (772a-772c) to shape the emission of said LEDs (753a-753c) to the desired emission profile, wherein the intensity of each of said LEDs (753a-753c) is individually controllable, said LED package being capable of emitting different color combinations of light from said LEDs (753a-753c) characterized in that a step is formed in the body and the step extends along at least one of the body side surfaces; in that the light emitting diode package further comprises a lead frame electrically coupled to said LEDs (753a-753c), wherein at least one contact lead of the lead frame extends within the body and through the step; and in that the encapsulant extends on said body side surfaces to said step. a body having body side surfaces and a body top surface; a plurality of cavities (772a-772c) in said body top surface, with each of said cavities (772a-772c) comprising an LED (753a-753c) arranged to emit out of its one of said cavities (772a-772c); and an encapsulant over said body top surface and said body side surfaces, said encapsulant also comprising lenses over each of said cavities (772a-772c) to shape the emission of said LEDs (753a-753c) to the desired emission profile, wherein the intensity of each of said LEDs (753a-753c) is individually controllable, said LED package being capable of emitting different color combinations of light from said LEDs (753a-753c) characterized in that a step is formed in the body and the step extends along at least one of the body side surfaces; in that the light emitting diode package further comprises a lead frame electrically coupled to said LEDs (753a-753c), wherein at least one contact lead of the lead frame extends within the body and through the step; and in that the encapsulant extends on said body side surfaces to said step.