mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for insertion into an ear canal, the apparatus comprising: a) a polymeric body having an interior face, an exterior face and a peripheral portion shaped to conform to the surface of the ear canal, wherein at least a portion of the polymeric body is elastomeric; b) acoustic source disposed within said polymeric body for delivering acoustic energy into the ear canal at the interior face of the polymeric body; c) a plurality of apertures extending through said polymeric body, said plurality of apertures being formed in the polymeric body by injection molding or by punching and being separate from said acoustic source to provide air exchange through the plurality of apertures between the interior face and the exterior face; and d) porous material comprising a membrane covering said plurality of apertures. a) a polymeric body having an interior face, an exterior face and a peripheral portion shaped to conform to the surface of the ear canal, wherein at least a portion of the polymeric body is elastomeric; b) acoustic source disposed within said polymeric body for delivering acoustic energy into the ear canal at the interior face of the polymeric body; c) a plurality of apertures extending through said polymeric body, said plurality of apertures being formed in the polymeric body by injection molding or by punching and being separate from said acoustic source to provide air exchange through the plurality of apertures between the interior face and the exterior face; and d) porous material comprising a membrane covering said plurality of apertures.
A device for moving a book, a bound book block or a book block that is loosely gathered of sheets and/or folded sections, • with a clamping device that can be moved by a first drive (22, 23) and • consists of two clamping jaws (3 a, b) that are arranged parallel to one another and clamp the printed product between one another with a defined clamping force, wherein • the clamping device carries out a rotative movement about an axis of rotation (19 a) and • the mutual spacing between the clamping jaws (3 a, b) can be varied in the form of a parallel displacement of at least one clamping jaw (3 a, b) in order to open and close the clamping device, • with a gear mechanism that is arranged on the moving clamping device and converts a rotative movement into a linear adjusting movement for the at least one clamping jaw (3 a, b) that can be displaced in a parallel fashion, and • with a controllable second drive that is arranged stationarily, characterized • in a permanent driving connection (13, 14, 15) between the second drive and the aforementioned conversion gear mechanism, • wherein said driving connection extends along the axis of rotation (19 a) of the clamping device. • with a clamping device that can be moved by a first drive (22, 23) and • consists of two clamping jaws (3 a, b) that are arranged parallel to one another and clamp the printed product between one another with a defined clamping force, wherein • the clamping device carries out a rotative movement about an axis of rotation (19 a) and • the mutual spacing between the clamping jaws (3 a, b) can be varied in the form of a parallel displacement of at least one clamping jaw (3 a, b) in order to open and close the clamping device, • with a gear mechanism that is arranged on the moving clamping device and converts a rotative movement into a linear adjusting movement for the at least one clamping jaw (3 a, b) that can be displaced in a parallel fashion, and • with a controllable second drive that is arranged stationarily, • in a permanent driving connection (13, 14, 15) between the second drive and the aforementioned conversion gear mechanism, • wherein said driving connection extends along the axis of rotation (19 a) of the clamping device.
Honing machine for carrying out honing operations on boreholes oriented orthogonally with respect to one another in a workpiece, in particular for honing processing of cylinder boreholes and a bearing gate borehole in a cylinder crank casing, having: a machine base; a round table which is arranged on the machine base and which can rotate about a vertical round table axis and has a plurality of workpiece receptacles which are arranged offset with respect to one another in a circumferential direction at a radial distance from the round table axis, in such a way that a workpiece which is held in a workpiece receptacle can be transported successively to different work stations (140, 150, 160) of the honing machine by rotating the round table; wherein at least one of the workstations is a vertical honing station (150, 170) which has at least one vertical honing unit which has a honing spindle which can move back and forth in the direction of a spindle axis, which is oriented parallel to the round table axis, rotatably about said spindle axis; and at least one of the workstations is a horizontal honing station which has at least one horizontal honing unit which has a honing spindle which can move back and forth in the direction of a horizontal spindle axis, rotatably about said spindle axis, wherein the horizontal honing unit is positioned or can be positioned with respect to the round table in such a way that the horizontal honing unit assumes a processing position in which the horizontal spindle axis is oriented radially with respect to the round table axis. a machine base; a round table which is arranged on the machine base and which can rotate about a vertical round table axis and has a plurality of workpiece receptacles which are arranged offset with respect to one another in a circumferential direction at a radial distance from the round table axis, in such a way that a workpiece which is held in a workpiece receptacle can be transported successively to different work stations (140, 150, 160) of the honing machine by rotating the round table; wherein at least one of the workstations is a vertical honing station (150, 170) which has at least one vertical honing unit which has a honing spindle which can move back and forth in the direction of a spindle axis, which is oriented parallel to the round table axis, rotatably about said spindle axis; and at least one of the workstations is a horizontal honing station which has at least one horizontal honing unit which has a honing spindle which can move back and forth in the direction of a horizontal spindle axis, rotatably about said spindle axis, wherein the horizontal honing unit is positioned or can be positioned with respect to the round table in such a way that the horizontal honing unit assumes a processing position in which the horizontal spindle axis is oriented radially with respect to the round table axis.
A method for controlling an air conditioner, AC, with a control device, comprising: - performing a power state determination procedure to determine a power state of the AC, the power state determination procedure comprising: - sending a first control signal which is not an on/off control signal with IR transmission means of the control device, - measuring sounds with a microphone of the control device, - determining with electronic control and evaluation means of the control device whether an audio acknowledgement signal of the AC is measured with the microphone subsequent to the sending of the first control signal, - sending a second control signal which is not an on/off control signal with the IR transmission means, - determining with the electronic control and evaluation means whether an audio acknowledgement signal of the AC is measured with the microphone subsequent to the sending of the second control signal, - judging that the AC is in an off-state if an audio acknowledgement signal is neither measured subsequently to the first control signal nor subsequently to the second control signal. - performing a power state determination procedure to determine a power state of the AC, - sending a first control signal which is not an on/off control signal with IR transmission means of the control device, - measuring sounds with a microphone of the control device, - determining with electronic control and evaluation means of the control device whether an audio acknowledgement signal of the AC is measured with the microphone subsequent to the sending of the first control signal, - sending a second control signal which is not an on/off control signal with the IR transmission means, - determining with the electronic control and evaluation means whether an audio acknowledgement signal of the AC is measured with the microphone subsequent to the sending of the second control signal, - judging that the AC is in an off-state if an audio acknowledgement signal is neither measured subsequently to the first control signal nor subsequently to the second control signal.
An information recording device which records user data in a recording medium having two or more recording layers (0, 1) and having a data area in which user data is recordable for each recording layer (0, 1), comprising: a receiving unit (11, 13) receiving a closing command after recording of user data in the data areas of the recording medium is performed in response to a user-data write request; and a writing unit writing a minimum amount of lead-out data according to the temporally lead-out groove specified in the specification of DVD+RW to the recording medium immediately following an end position of the recorded user data in the data areas of the recording medium, based on the received closing command wherein the writing unit is provided to write the minimum amount of lead-out data to the recording medium when the received closing command contains a close function indicating a command of minimum-amount lead-out data write request, and is further provided to write lead-out data to all non-recorded regions of the recording medium following the end position of the recorded user data in the data areas when the received closing command does not contain a close function indicating a command of minimum-amount lead-out data write request. a receiving unit (11, 13) receiving a closing command after recording of user data in the data areas of the recording medium is performed in response to a user-data write request; and a writing unit writing a minimum amount of lead-out data according to the temporally lead-out groove specified in the specification of DVD+RW to the recording medium immediately following an end position of the recorded user data in the data areas of the recording medium, based on the received closing command wherein the writing unit is provided to write the minimum amount of lead-out data to the recording medium when the received closing command contains a close function indicating a command of minimum-amount lead-out data write request, and is further provided to write lead-out data to all non-recorded regions of the recording medium following the end position of the recorded user data in the data areas when the received closing command does not contain a close function indicating a command of minimum-amount lead-out data write request.
The combination of berberine and silymarin or of Beriberis aristata extract containing berberine and of Silybum marianum extract containing silymarin for use in the treatment of hyperglycemia.
A liquid fractionation composition, comprising: biomass, an ionic liquid, and a fractionation polymer, wherein the composition is bi-phasic and comprises a fractionation polymer rich liquid phase and an ionic liquid rich liquid phase, and wherein the composition is substantially free of water, preferably less than 1 percent by weight water, said composition optionally further comprising a processing aid, catalyst, surfactant, preservative, anti-microbial, or combination thereof.
An adaptable hearing device charging port for a hearing device charger, comprising: a receiving section including a receiving opening configured for receiving at least a part of a hearing device; and a holder coupled with the receiving section and comprising a holding outer-wall defining a holding cavity configured to accommodate the part of the hearing device, and a holder opening in the holding outer-wall configured to receive the part of the hearing device through the receiving opening into the holding cavity, wherein the holding outer-wall is elastically adaptable to adapt in size to hold hearing devices of different sizes and / or shapes in the holding cavity in a charging position characterized in that the holding outer-wall comprises two sections (24, 25): a fixed section comprising a rigid material and configured to guide the hearing device, and a moveable section comprising a rigid material elastically coupled with the fixed section by an elastic coupling to provide an elastic adjustment of the moveable section relative to the fixed section for accommodating and holding the part of the hearing device in the holding cavity in the charging position, wherein the elastic coupling comprises a band or an O-ring of elastic material encircling at least partially the fixed section and the moveable section, and wherein the moveable section is hingedly coupled with the fixed section. a receiving section including a receiving opening configured for receiving at least a part of a hearing device; and a holder coupled with the receiving section and comprising a holding outer-wall defining a holding cavity configured to accommodate the part of the hearing device, and a holder opening in the holding outer-wall configured to receive the part of the hearing device through the receiving opening into the holding cavity, wherein the holding outer-wall is elastically adaptable to adapt in size to hold hearing devices of different sizes and / or shapes in the holding cavity in a charging position characterized in that the holding outer-wall comprises two sections (24, 25): a fixed section comprising a rigid material and configured to guide the hearing device, and a moveable section comprising a rigid material elastically coupled with the fixed section by an elastic coupling to provide an elastic adjustment of the moveable section relative to the fixed section for accommodating and holding the part of the hearing device in the holding cavity in the charging position, wherein the elastic coupling comprises a band or an O-ring of elastic material encircling at least partially the fixed section and the moveable section, and wherein the moveable section is hingedly coupled with the fixed section.
A climate controlled cargo container comprising: at least one panel (50; 70) including: an outer layer; an inner layer; a foam (58; 74) positioned in between the inner layer and the outer layer; and a plurality of fiber tubes embedded within the foam (58; 74); characterized in that the foam (58; 74) is an open cell foam; and wherein the climate controlled cargo container further comprises another foam (56; 72), being a closed cell foam (56; 72) which is positioned between the outer layer and the open cell foam (56; 72) and wherein the closed cell foam (56; 72) is positioned between the inner layer and the open cell foam (56; 72). at least one panel (50; 70) including: an outer layer; an inner layer; a foam (58; 74) positioned in between the inner layer and the outer layer; and a plurality of fiber tubes embedded within the foam (58; 74); characterized in that the foam (58; 74) is an open cell foam; and wherein the climate controlled cargo container further comprises another foam (56; 72), being a closed cell foam (56; 72) which is positioned between the outer layer and the open cell foam (56; 72) and wherein the closed cell foam (56; 72) is positioned between the inner layer and the open cell foam (56; 72). an outer layer; an inner layer; a foam (58; 74) positioned in between the inner layer and the outer layer; and a plurality of fiber tubes embedded within the foam (58; 74); characterized in that the foam (58; 74) is an open cell foam; and wherein the climate controlled cargo container further comprises another foam (56; 72), being a closed cell foam (56; 72) which is positioned between the outer layer and the open cell foam (56; 72) and wherein the closed cell foam (56; 72) is positioned between the inner layer and the open cell foam (56; 72).
A method comprising obtaining (602, 701), in a network apparatus, information on a reference interference level value defined for a first cell utilizing radio spectrum of a primary radio access technology, the reference level interference value for the first cell indicating incoming interference to the first cell when there is no usage of said radio spectrum by a secondary different radio access technology; obtaining (605, 606, 611, 612, 701), in the network apparatus, information on emitted transmission power value measured for at least one second cell utilizing the secondary different radio access technology; obtaining (608, 701), in the network apparatus, information on an inter-system interference value for the first cell, wherein the inter-system interference value for the first cell is calculated by comparing (607, 702) the reference level interference value defined for the first cell to an interference level value of the first cell when the secondary different radio access technology is using said radio spectrum; controlling (613, 614, 615, 703), in the network apparatus, the usage of the shared radio spectrum in the second cell based on the emitted power value measured for a second cell and the obtained inter-system interference value for the first cell, wherein the shared radio spectrum usage in the second cell is controlled by - allowing the usage of the shared spectrum for the secondary different radio access technology in the second cell, and, optionally, defining a maximum allowed transmission power for the secondary different radio access technology transmission on the shared radio spectrum in the second cell, or - preventing the usage of the shared spectrum for the secondary different radio access technology in the second cell; and characterized in that the method further comprises: implementing radio resource management such that the second cell informs the first cell on used transmission powers in the neighbouring cells during an inter-system interference estimation period, in order to estimate which cells are causing inter-system interference. - allowing the usage of the shared spectrum for the secondary different radio access technology in the second cell, and, optionally, defining a maximum allowed transmission power for the secondary different radio access technology transmission on the shared radio spectrum in the second cell, or - preventing the usage of the shared spectrum for the secondary different radio access technology in the second cell;
A light emitting device that emits light of various colors by using three or more kinds of fluorescent material, which are directly excited by the light emitted by an excitation source having principal emission peak in a wavelength from 250 to 490nm, so as to blend the light emitted by the three or more kinds of fluorescent material, wherein said three or more kinds of fluorescent material include a first fluorescent material that is one or more kind selected from among the group consisting of alkaline earth metal halogen apatite fluorescent material activated with at least Eu, alkaline earth metal boric acid halide salt fluorescent material activated with at least Eu, and alkaline earth metal aluminate fluorescent material activated with at least Eu; a second fluorescent material that is oxynitride-based fluorescent material having crystallinity, and represented by a chemical formula of LM 2 O 2 N 2:R or LM 2 Q T O 2 N 2+T:R (0<T<0.5), where L is at least one kind of Group II element selected from the group consisting of Be, Mg, Ca, Sr, Ba and Zn; M is Si; Q is Al; O is oxygen; N is nitrogen; and R is Eu; and a third fluorescent material that is alkaline earth silicon nitride fluorescent material activated with at least Eu, wherein the third fluorescent material contains boron.
A composition comprising (a) sclareolide and at least one skin lightening agent, which is a tyrosinase inhibitor, and at least one sun protection factor; and/or at least one anti-oxidants; and/or at least one anti-inflammatory agent; and/or at least one desquamating agent, on condition that compound (a) is present in an amount of from 0.00001 to about 30 % b.w. - calculated on the total composition. (a) sclareolide and at least one skin lightening agent, which is a tyrosinase inhibitor, and at least one sun protection factor; and/or at least one anti-oxidants; and/or at least one anti-inflammatory agent; and/or at least one desquamating agent,
A vehicle capable of running with motive power from at least any of a motor and an engine, comprising: a power storage device for storing electric power for driving said motor; a catalytic device configured to be able to electrically heat with electric power from said power storage device, a catalyst base material to which a catalyst purifying an exhaust from said engine is fixed; an electrical insulator provided between said catalytic device and a housing accommodating said catalytic device; and a control device for controlling power feed to said catalytic device, said control device being configured to determine allowance and prohibition of power feed to said catalytic device in accordance with a temperature of said insulator; characterized in that said control device is configured to estimate as an insulator temperature for determination, a temperature of said insulator immediately after said vehicle has switched from a running-disabled state to a running-enabled state, allow power feed to said catalytic device when said insulator temperature for determination is lower than an insulator threshold temperature, and not allow power feed to said catalytic device when said insulator temperature for determination is equal to or higher than said insulator threshold temperature. a power storage device for storing electric power for driving said motor; a catalytic device configured to be able to electrically heat with electric power from said power storage device, a catalyst base material to which a catalyst purifying an exhaust from said engine is fixed; an electrical insulator provided between said catalytic device and a housing accommodating said catalytic device; and a control device for controlling power feed to said catalytic device, said control device being configured to determine allowance and prohibition of power feed to said catalytic device in accordance with a temperature of said insulator; characterized in that said control device is configured to estimate as an insulator temperature for determination, a temperature of said insulator immediately after said vehicle has switched from a running-disabled state to a running-enabled state, allow power feed to said catalytic device when said insulator temperature for determination is lower than an insulator threshold temperature, and not allow power feed to said catalytic device when said insulator temperature for determination is equal to or higher than said insulator threshold temperature. estimate as an insulator temperature for determination, a temperature of said insulator immediately after said vehicle has switched from a running-disabled state to a running-enabled state, allow power feed to said catalytic device when said insulator temperature for determination is lower than an insulator threshold temperature, and not allow power feed to said catalytic device when said insulator temperature for determination is equal to or higher than said insulator threshold temperature.