mhurhangee/ep-ind-claims huggingface dataset:
A shaving demonstration method comprising: providing a first shaving razor having a shaving surface with at least one blade; providing a transparent first surface (42a, 42b); contacting the shaving surface of the first shaving razor with the transparent first surface; illustrating the shaving surface of the first shaving razor against the transparent first surface through a transparent second surface (46a, 46b) opposite the transparent first surface; moving the first shaving razor along the transparent first surface illustrating a consumer benefit. providing a first shaving razor having a shaving surface with at least one blade; providing a transparent first surface (42a, 42b); contacting the shaving surface of the first shaving razor with the transparent first surface; illustrating the shaving surface of the first shaving razor against the transparent first surface through a transparent second surface (46a, 46b) opposite the transparent first surface; moving the first shaving razor along the transparent first surface illustrating a consumer benefit.
An espresso machine comprising: - an extraction unit adapted to extract the beverage from a portion of ground coffee contained in a filter holder, - an infusion cylinder where one or more springs and a piston are housed, wherein said piston acts on said portion of ground coffee contained in said filter holder, - a boiler containing water for making coffee, wherein said machine further comprises an actuator mounted onto the dispensing unit of the coffee machine by means of an anchoring system, wherein said actuator indirectly acts on said piston by means of said anchoring system which is adapted to transmit the movement of the actuator to load the spring and push the piston which allows the water from the boiler to permeate the ground coffee and obtain the beverage, characterised in that said anchoring system comprises an upper wall connected to the actuator, side walls which surround a movement transmission unit (225,230), and a bottom wall in communication with the extraction unit, wherein a first tubular anchoring element is arranged between an end portion of the actuator and said movement transmission unit (225,230), wherein said movement transmission unit (225,230) is connected, in turn, to the piston by means of a second tubular anchoring element, wherein said movement transmission unit (225,230) comprises an upper bush connected to a lower bush by means of a joint, and wherein said upper bush is connected to said actuator by means of said first tubular anchoring element, and said lower bush is connected to the piston by means of said second tubular anchoring element, and wherein the upper bush comprises a portion for anchoring the electric actuator, a slotted hole and an inner hole for the sliding of the lower bush, and wherein the lower bush comprises a hole and a portion for anchoring the piston. - an extraction unit adapted to extract the beverage from a portion of ground coffee contained in a filter holder, - an infusion cylinder where one or more springs and a piston are housed, wherein said piston acts on said portion of ground coffee contained in said filter holder, - a boiler containing water for making coffee,
Method for operating a water-conducting household device, in particular a dishwashing machine, wherein the level of filter contamination of a filtration system (10, 12) connected in the hydraulic circuit of the household device is detected, characterised in that wash liquid is only partially discharged out of the household device when it is detected that a predetermined threshold level of filter contamination has been undershot.
A gimbal configured to carry a photographing apparatus, wherein the gimbal comprises: a stability augmentation assembly configured to mount the photographing apparatus; a handle connected to the stability augmentation assembly; and a display screen configured to display an image photographed by the photographing apparatus to enable a user to control the stability augmentation assembly according to the photographed image; characterized in that, the display screen is a touch display screen, fixedly mounted to the handle the touch display screen being configured to display an image photographed by the photographing apparatus and receive an operation instruction input by the user; wherein the stability augmentation assembly is fixedly connected to an end face of an end of the handle, and the touch display screen is mounted to a side edge of an end of the handle. a stability augmentation assembly configured to mount the photographing apparatus; a handle connected to the stability augmentation assembly; and a display screen configured to display an image photographed by the photographing apparatus to enable a user to control the stability augmentation assembly according to the photographed image; characterized in that, the display screen is a touch display screen, fixedly mounted to the handle the touch display screen being configured to display an image photographed by the photographing apparatus and receive an operation instruction input by the user; wherein the stability augmentation assembly is fixedly connected to an end face of an end of the handle, and the touch display screen is mounted to a side edge of an end of the handle.
A spherical joint of a hydrostatic piston machine having a cylinder block with a plurality of cylinders, in which are slidably mounted pistons in load engagement with a reaction member via transmission members, each transmission member being connected to at least one of the elements constituted by a piston and by the reaction member via the spherical joint, the latter comprising a ball recess and a ball pivot; the ball recess essentially having a spherical shape; the ball pivot comprising, on most of its surface, a convex spherical surface; a nominal value R1 of a radius of the ball recess being equal to a nominal value of a radius of the convex spherical surface of the ball pivot; the convex spherical surface having an axis of symmetry which is a longitudinal axis of the transmission member; the spherical joint being characterised in that a circle being defined by an intersection of the sphere of radius R1 with a cone, a summit of which is a centre (Cs) of the sphere, an axis of which being a longitudinal axis of the transmission member and the generatrix of which heading towards an outer end of the ball pivot opposite to the piston, and defining with said axis an angle (β), the ball pivot has a convex ending rotational surface which departs from the convex spherical surface radially inside said circle while being continuously connected therewith, and is created by a rotation of a continuous generating line around the axis of symmetry, the ending convex rotational surface having a curvature different from the curvature of said sphere.
A temperature sensing apparatus comprising: at least one first diode and at least one second diode; at least one capacitor configured to be charged though the at least one first diode and discharged through the at least one second diode; at least one switch (107A, 107B) having a first configuration and a second configuration wherein when the at least one switch is in the first configuration it enables the at least one capacitor to be charged through the at least one first diode and when the at least one switch is in the second configuration it enables the at least one capacitor to be discharged through the at least one second diode; and control circuitry configured to enable the at least one switch to be switched between the first configuration and the second configuration; wherein the time taken (T 1) to charge the at least one capacitor to an upper threshold (V H) provides an indication of a first temperature and the time taken (T 2) to discharge the at least one capacitor to a lower threshold (V L) provides an indication of a second temperature. at least one first diode and at least one second diode; at least one capacitor configured to be charged though the at least one first diode and discharged through the at least one second diode; at least one switch (107A, 107B) having a first configuration and a second configuration wherein when the at least one switch is in the first configuration it enables the at least one capacitor to be charged through the at least one first diode and when the at least one switch is in the second configuration it enables the at least one capacitor to be discharged through the at least one second diode; and control circuitry configured to enable the at least one switch to be switched between the first configuration and the second configuration; wherein the time taken (T 1) to charge the at least one capacitor to an upper threshold (V H) provides an indication of a first temperature and the time taken (T 2) to discharge the at least one capacitor to a lower threshold (V L) provides an indication of a second temperature.
A floor cleaner (10, 210) for cleaning a floor surface, comprising: a housing (14, 238) adapted for movement over a surface to be cleaned; and an edge cleaning brush mounted on the housing (14, 238), wherein the edge cleaning brush comprises: a first cleaning implement configured to rotate at a first velocity; and a second cleaning implement configured to rotate at a second velocity that is greater than the first velocity; characterised in that the first and second cleaning implements (100, 102) are configured to contrarotate. a housing (14, 238) adapted for movement over a surface to be cleaned; and an edge cleaning brush mounted on the housing (14, 238), wherein the edge cleaning brush comprises: a first cleaning implement configured to rotate at a first velocity; and a second cleaning implement configured to rotate at a second velocity that is greater than the first velocity; a first cleaning implement configured to rotate at a first velocity; and a second cleaning implement configured to rotate at a second velocity that is greater than the first velocity; characterised in that the first and second cleaning implements (100, 102) are configured to contrarotate.
A knotless suture anchoring system comprising: an outer anchor having a central channel and a distal tip adapted to penetrate tissue; an inner anchor positionable in the central channel of the outer anchor; a locking feature (2128; 2130) on one or both of the inner and outer anchors configured to retain the inner anchor within the central channel; and a continuous length of suture coupled with the inner and outer anchors, the suture having a free end, wherein at least one of the inner and outer anchors (2122 and 2124) further comprises a cinching mechanism adapted to allow the suture to be tensioned by passage of the suture through the cinching mechanism in a first direction while movement of the suture through the cinching mechanism in a second direction opposite the first direction is constrained, and wherein the suture is passed through the cinching mechanism in one of the inner or outer anchors and said knotless suture anchoring system being characterized in that said suture is either (i) fixed to the other of the inner or outer anchors, or (ii) passes through a second cinching mechanism in the other of the inner or outer anchors, wherein the second cinching mechanism is adapted to allow the suture to be tensioned by passage of the suture through the second cinching mechanism in a third direction while movement of the suture through the second cinching mechanism in a fourth direction opposite the third direction is constrained. an outer anchor having a central channel and a distal tip adapted to penetrate tissue; an inner anchor positionable in the central channel of the outer anchor; a locking feature (2128; 2130) on one or both of the inner and outer anchors configured to retain the inner anchor within the central channel; and a continuous length of suture coupled with the inner and outer anchors, the suture having a free end, wherein at least one of the inner and outer anchors (2122 and 2124) further comprises a cinching mechanism adapted to allow the suture to be tensioned by passage of the suture through the cinching mechanism in a first direction while movement of the suture through the cinching mechanism in a second direction opposite the first direction is constrained, and wherein the suture is passed through the cinching mechanism in one of the inner or outer anchors and said knotless suture anchoring system being characterized in that said suture is either (i) fixed to the other of the inner or outer anchors, or (ii) passes through a second cinching mechanism in the other of the inner or outer anchors, wherein the second cinching mechanism is adapted to allow the suture to be tensioned by passage of the suture through the second cinching mechanism in a third direction while movement of the suture through the second cinching mechanism in a fourth direction opposite the third direction is constrained.
Container for liquids, such as beverages and oils, comprising a blow moulded polyester casing, a valve for dispensing the liquid from the container, and an inlet for introducing a propellant, characterized in that the casing is enveloped by a stretch blow moulded polyester shell.
A method comprising: receiving a request to utilize one or more virtual data center, VDC, storage resources (124, 128, 136, 140); in response to receiving the request, determining a particular service level applicable to the request; determining, based on the particular service level and mapping information that indicates associations between VDC resource utilization policies and service levels, a particular VDC resource utilization policy corresponding to the request, wherein the particular VDC resource utilization policy specifies a first class of VDC storage resources (124, 128, 136, 140) to be utilized in completing the request; determining, based on an analysis of a performance of a set of VDC storage resources (124, 128, 136, 140), that the particular VDC resource utilization policy associated with the particular service level is no longer compatible with a performance expectation associated with the particular service level for the first class of VDC storage resources (124, 128, 136, 140); characterized in that: in response, modifying the mapping information to replace an identification of an association between the particular VDC resource utilization policy and the particular service level with an identification of an association between a new VDC resource utilization policy and the particular service level, wherein the new VDC resource utilization policy specifies a second class of VDC storage resources (124, 128, 136, 140) that are of a different type than the first class of VDC storage resources (124, 128, 136, 140) to be utilized in completing the request, wherein the particular VDC resource utilization policy specifies that some data is stored in a random-access memory and some in a solid state drive, SSD, and the new VDC resource utilization policy specifies that the data is stored in a different proportion between the random-access memory and the SSD; and causing completion of the request according to the new VDC resource utilization policy; wherein the method is performed by executing resource administrator logic whose execution is controlled by a management entity different than a host of the virtual data center.
Ostomy device for attachment to a base plate, wherein the ostomy device comprises an attachment ring configured for detachable attachment to the base plate, wherein the ostomy devices further comprises elements (10, 12, 16, 28) having means (18, 48, 78, 80) configured for detachable attachment to the attachment ring, and a shield having a blocking element for blocking a stoma, characterised in that the blocking element has a cavity in the central part of the blocking element, wherein the cavity is configured to receive a distal portion of a stoma, and wherein the blocking element is shaped and configured to engage with a collecting element, and in that the ostomy device comprises a closing disc having a threaded area, and in that the blocking element is provided with a corresponding threaded area configured to be brought into engagement with the threaded area of the closing disc.
A method of hermetically sealing a tube formed from a ceramic composite with at least one end cap, comprising: providing a tube (40, 12) formed from a ceramic composite having tube walls, at least one end, and an axis and at least one end cap material; applying the at least one end cap material to the at least one end of the tube, the end cap having an exterior side and an interior side; characterized by: applying at least one primary electrode to the exterior side of the at least one end cap; applying at least one additional electrode to the exterior side of the tube (40, 12); applying current to at least the primary electrode and the additional electrode and using a spark plasma sintering process to supply a rapid temperature rise for 0,01 to 6,0 minutes in an interface between the tube and the end cap at a rate of 200 °C/min. up to 1.500 °C/min., where the interface temperatures are from ambient to 2.500 °C. providing a tube (40, 12) formed from a ceramic composite having tube walls, at least one end, and an axis and at least one end cap material; applying the at least one end cap material to the at least one end of the tube, the end cap having an exterior side and an interior side; characterized by: applying at least one primary electrode to the exterior side of the at least one end cap; applying at least one additional electrode to the exterior side of the tube (40, 12); applying current to at least the primary electrode and the additional electrode and using a spark plasma sintering process to supply a rapid temperature rise for 0,01 to 6,0 minutes in an interface between the tube and the end cap at a rate of 200 °C/min. up to 1.500 °C/min., where the interface temperatures are from ambient to 2.500 °C.
Connection device for media lines, having at least one coupling element and at least one insert part, the coupling element having at least one connection opening and at least one fluid channel, the insert part being at least partially insertable into the connection opening, the insert part having at least one surrounding sealant, and leakage recesses being arranged at least in the connection opening, characterized in that the insert part can be fastened to the coupling element in the connection opening by rotation through a predetermined angle (α) about the center axis of the connection opening, starting from an insertion position into a locking position, in that the sealant has, at least in sections, a varying axial position with respect to a center axis of the insert part, in that the sealant has at least a first section with a first axial position that the sealant with the first section clears a leakage path when the first section is arranged overlapping with at least one leakage recess, that the first section in the insertion position is arranged overlapping with at least one leakage recess, and that the first section in the locking position is arranged in an area between two leakage recesses so that no leakage path is cleared.
A flow meter device comprising: a housing which is formed of an electrically-conductive material and accommodates therein a sensor for detecting a flow of a target; a radiation conductor which radiates an electric wave of a radio frequency signal; a circuit board which is electrically connected to the radiation conductor and in which a power supplying circuit for supplying radio-frequency electric power of the radio frequency signal to the radiation conductor is mounted; a casing which is formed of a non-electrically-conductive material, is placed on the housing, and accommodates therein the radiation conductor and the circuit board; and a connecting member (23, 43) which is formed of the electrically-conductive material and electrically connects the housing and a ground of the power supplying circuit to each other, the circuit board including a power supplying point at which the power supplying circuit and the radiation conductor are electrically connected to each other, characterized in that: the connecting member (23, 43) is placed in the vicinity of the power supplying point and on an opposite side of the radiation conductor with respect to the power supplying point. a housing which is formed of an electrically-conductive material and accommodates therein a sensor for detecting a flow of a target; a radiation conductor which radiates an electric wave of a radio frequency signal; a circuit board which is electrically connected to the radiation conductor and in which a power supplying circuit for supplying radio-frequency electric power of the radio frequency signal to the radiation conductor is mounted; a casing which is formed of a non-electrically-conductive material, is placed on the housing, and accommodates therein the radiation conductor and the circuit board; and a connecting member (23, 43) which is formed of the electrically-conductive material and electrically connects the housing and a ground of the power supplying circuit to each other, the circuit board including a power supplying point at which the power supplying circuit and the radiation conductor are electrically connected to each other, characterized in that: the connecting member (23, 43) is placed in the vicinity of the power supplying point and on an opposite side of the radiation conductor with respect to the power supplying point.
Refrigeration system, comprising: a condenser/gas cooler, an intermediate expansion device and a refrigerant collecting container; a normal refrigeration branch connecting the refrigerant collecting container to the condenser/ gas cooler said normal refrigeration branch comprising a first expansion device, a first evaporator at a medium refrigeration temperature and a compressor unit of the normal refrigeration branch; a freezing branch connecting the refrigerant collecting container to the the condenser/ gas cooler, said freezing branch comprising a second expansion device, a second evaporator at a low refrigeration temperature, and a first compressor unit and a second compressor unit of said freezing branch, the first and second compressor units (24, 26) of the freezing branch being connected in series, wherein the normal refrigeration branch is parallel to the freezing branch, wherein a flash gas line is provided connecting the gas space of the refrigerant collecting container to the line connecting the first compressor unit to the second compressor unit of said freezing branch; further comprising refrigerant conduits for connecting said elements and for circulating a refrigerant therethrough. a condenser/gas cooler, an intermediate expansion device and a refrigerant collecting container; a normal refrigeration branch connecting the refrigerant collecting container to the condenser/ gas cooler said normal refrigeration branch comprising a first expansion device, a first evaporator at a medium refrigeration temperature and a compressor unit of the normal refrigeration branch; a freezing branch connecting the refrigerant collecting container to the the condenser/ gas cooler, said freezing branch comprising a second expansion device, a second evaporator at a low refrigeration temperature, and a first compressor unit and a second compressor unit of said freezing branch, the first and second compressor units (24, 26) of the freezing branch being connected in series, wherein the normal refrigeration branch is parallel to the freezing branch, wherein a flash gas line is provided connecting the gas space of the refrigerant collecting container to the line connecting the first compressor unit to the second compressor unit of said freezing branch; further comprising refrigerant conduits for connecting said elements and for circulating a refrigerant therethrough.